Stanford SSI Wiki - User contributions [en]

https://ssi-wiki.stanford.edu/w/api.php?action=feedcontributions&feedformat=atom&user=Cameron Stanford SSI Wiki - User contributions [en] 2026-04-15T04:33:07Z User contributions MediaWiki 1.45.1 https://ssi-wiki.stanford.edu/w/index.php?title=Kythera&diff=1861 Kythera 2016-03-31T23:58:27Z

<p>Cameron: </p> <hr /> <div>{{Problems}}<br /> <br /> Kythera is SSI's first generation modular flight computer system. It is capable of coordinating control of multiple sub systems on a sounding rocket (ie. fin articulation, recovery deployment systems, video capture, telemetry radios, etc.) via a system of distributed micro-controller nodes that communicate to a central server over a CAN bus. Details can be found in Kythera's latest design review here: [https://goo.gl/QwbHLU]<br /> <br /> {{rocket-stub}}<br /> [[Category: Rockets]]<br /> [[Category: Avionics]]</div>

Cameron https://ssi-wiki.stanford.edu/w/index.php?title=Kythera&diff=1860 Kythera 2016-03-31T23:57:43Z

<p>Cameron: </p> <hr /> <div>{{Problems}}<br /> <br /> Kythera is SSI's first generation modular flight computer system. It is capable of coordinating control of multiple sub systems on a sounding rocket (ie. fin articulation, recovery deployment systems, video capture, telemetry radios, etc.) via a system of distributed micro-controller nodes that communicate to a central server over a CAN bus. Details can be found in Kythera's latest design review here: [https://goo.gl/yZYlOE]<br /> <br /> {{rocket-stub}}<br /> [[Category: Rockets]]<br /> [[Category: Avionics]]</div>

Cameron https://ssi-wiki.stanford.edu/w/index.php?title=L2_Post-Flight_Analyses&diff=1679 L2 Post-Flight Analyses 2016-03-23T07:16:39Z

<p>Cameron: </p> <hr /> <div>{{rocket-stub}}<br /> <br /> = Cardinal II =<br /> == Flight Summary ==<br /> {|class="wikitable"<br /> |'''Date of Flight'''<br /> |Feb. 6, 2016<br /> |-<br /> |'''Launch Location'''<br /> |LUNAR<br /> |-<br /> |'''L2 Certification Attempt?'''<br /> |Yes<br /> |-<br /> |'''Launcher'''<br /> |Ian Gomez<br /> |-<br /> |'''Recovery Status'''<br /> |Recovered<br /> |}<br /> <br /> <br /> == Rocket Specs ==<br /> {|class = "wikitable"<br /> |'''Manufacturer'''<br /> |Giant Leap Rocketry Firestorm 54<br /> |-<br /> |'''Length'''<br /> |<br /> |-<br /> |'''Weight'''<br /> |<br /> |-<br /> |'''Motor'''<br /> |<br /> |-<br /> |'''On-Board Avionics'''<br /> |Featherweight Raven 3 <br /> |-<br /> |'''Payload'''<br /> |18" drogue, 36" main parachutes<br /> |-<br /> |}<br /> <br /> == Analysis ==<br /> <br /> The data from the Raven can be found on the Google Drive [https://drive.google.com/open?id=0B_7MoD64h5LoWFVfQW4wYWhaYVE here]<br /> <br /> = JARVIS I =<br /> == Flight Summary ==<br /> {|class="wikitable"<br /> |'''Date of Flight'''<br /> |Feb. 20, 2016<br /> |-<br /> |'''Launch Location'''<br /> |TCC<br /> |-<br /> |'''L2 Certification Attempt?'''<br /> |Yes<br /> |-<br /> |'''Launcher'''<br /> |Rebecca Wong<br /> |-<br /> |'''Recovery Status'''<br /> |Recovered, minimal damage to airframe<br /> |}<br /> <br /> == Rocket Specs ==<br /> {|class = "wikitable"<br /> |'''Manufacturer'''<br /> |Giant Leap Rocketry Firestorm 54<br /> |-<br /> |'''Length'''<br /> |69"<br /> |-<br /> |'''Weight'''<br /> |5.1 lbs<br /> |-<br /> |'''Motor'''<br /> |Aerotech J425<br /> |-<br /> |'''On-Board Avionics'''<br /> |Featherweight Raven 3 <br /> |-<br /> |'''Payload'''<br /> |18" drogue, 36" main parachutes<br /> |-<br /> |}<br /> <br /> The rocket was configured with the drogue chute located in the aft airframe and the forward chute located in the forward airframe with the aft airframe friction fitted onto the avionics bay. The Raven was programmed to fire a charge for the drogue chute at apogee (barometric), a redundant charge at apogee + 2.5 seconds (the time determined by OpenRocket that the rocket would have fallen 100 feet), the main charge at 600 ft, and a redundant charge at 500 ft. Each charge well contained 1.5 g of Pyrodex.<br /> <br /> == Analysis ==<br /> JARVIS I marked the 2nd attempted rocket flight with on-board electronics for the 2015-2016 year. Flight takeoff was nominal, however, at apogee, the drogue parachute did not deploy, nor did the main chute deploy at any lower altitude. Upon recovery, it was determined that the nose cone was ejected, which helped to increase drag substantially so the rocket did not lawn dart but fell laterally instead. The Raven was operational even after recovery, and the data retrieved from the altimeter concurred with the physical evidence that all ejection chargers successfully fired. The most reasonable hypothesis for the parachute ejection failure was that the size of the ejection charges was simply undersized. <br /> <br /> The data from the Raven can be found on the Google Drive [https://drive.google.com/open?id=0B_7MoD64h5LobGxBaVJxcU8zTUk here]<br /> <br /> = FLAMOS I =<br /> == Flight Summary ==<br /> {|class="wikitable"<br /> |'''Date of Flight'''<br /> |Feb. 20, 2016<br /> |-<br /> |'''Launch Location'''<br /> |TCC<br /> |-<br /> |'''L2 Certification Attempt?'''<br /> |Yes<br /> |-<br /> |'''Launcher'''<br /> |Cameron Ramos<br /> |-<br /> |'''Recovery Status'''<br /> |MIA <br /> |}<br /> <br /> == Rocket Specs ==<br /> {|class = "wikitable"<br /> |'''Manufacturer'''<br /> |Giant Leap Rocketry Firestorm 54<br /> |-<br /> |'''Length'''<br /> |69"<br /> |-<br /> |'''Weight'''<br /> |5.1 lbs<br /> |-<br /> |'''Motor'''<br /> |Aerotech J425<br /> |-<br /> |'''On-Board Avionics'''<br /> |Featherweight Raven 3 <br /> |-<br /> |'''Payload'''<br /> |18" drogue, 36" main parachutes<br /> |-<br /> |}<br /> <br /> The rocket was configured with the drogue chute located in the aft airframe and the forward chute located in the forward airframe with the aft airframe friction fitted onto the avionics bay. The Raven was programmed to fire a charge for the drogue chute at apogee (barometric), a redundant charge at apogee + 2.5 seconds (the time determined by OpenRocket that the rocket would have fallen 100 feet), the main charge at 600 ft, and a redundant charge at 500 ft. Each charge well contained 1.5 g of Pyrodex.<br /> <br /> == Analysis ==<br /> FLAMOS's avionics coupler was installed upside down causing the main chute to be deployed at apogee. The rocket successfully executed two events which would have qualified the user for Level 2 certification had he been able to recover the rocket after it drifted upwards of 1 mile from the launch site. Cameron did not have a pair of binoculars handy and took his eyes off the rocket approximately 100ft before touchdown to take a bite of his pizza and thus the rocket's landing location could only be approximated to within a quarter mile square area. After approximately 45 minutes of searching for the rocket, the search party decided to give up on the recovery. In the future, all level 2 attempts should be tracked by binoculars and the recovery team should be inside a vehicle ready to begin driving towards the rocket should it start to drift. All rockets should have an audible alarm installed that activated upon liftoff. <br /> <br /> [[Category:Rockets]]</div>

Cameron https://ssi-wiki.stanford.edu/w/index.php?title=ProcraSSItination&diff=952 ProcraSSItination 2016-01-25T08:52:53Z

<p>Cameron: Created page with "ProcraSSItination (pronounced ''pro-crah-S.S.I.-tin-ayshun : proʊkræɛsɛsaɪtɪnæʃʌn'') is a common condition among members of SSI which involves delaying the completio..."</p> <hr /> <div>ProcraSSItination (pronounced ''pro-crah-S.S.I.-tin-ayshun : proʊkræɛsɛsaɪtɪnæʃʌn'') is a common condition among members of SSI which involves delaying the completion of tasks directly related to coursework by working on SSI related projects. This article is a form of ProcraSSItination. <br /> <br /> == Symptoms == <br /> Writing an article like this. Writing slides for your PDR. Attempting to ignore the growing stress of an approaching PSET deadline while sanding down a coupler. Checking slack constantly even if you didn't have any notifications. <br /> <br /> == Treatment == <br /> No known cures. Most members who try to quit SSI often relapse within minutes. Lord save us. <br /> <br /> == What's next...? == <br /> My PSET. God damnit.</div>

Cameron https://ssi-wiki.stanford.edu/w/index.php?title=RaspberryPi-VNC&diff=756 RaspberryPi-VNC 2015-12-27T20:19:20Z

<p>Cameron: </p> <hr /> <div>''Hate having to plug in the Raspberry Pi to an external monitor and keyboard/mouse? This guide will let you set up a remote session on the Pi directly from your laptop. You'll be able to view and interact with the Pi desktop with just an ethernet cable.'' <br /> <br /> == Hardware == <br /> If your computer has an RJ45 ethernet port, all you need is an ethernet cable! Notebooks without this port will need an adapter (ie. thunderbolt to ethernet or USB 2.0/3.0/C to ethernet). Note that the MacBook Pro will require a thunderbolt to ethernet adapter -- USB to ethernet will only work on the MacBook Air. <br /> <br /> == Software == <br /> Connecting to the Raspberry Pi via SSH will require an SSH client application (ie. the Unix terminal in OSX). If you're using a Windows machine, you'll have to download PuTTY from http://www.greenend.org.uk. <br /> <br /> Windows, MAC, and Linux machines will all require a VNC viewer program. RealVNC is known to work with the Raspberry Pi VNC server, it can be downloaded from http://www.realvnc.com/download/vnc/latest/. Download the package file and open it. During the setup you'll be offered a choice of the type of installation. Deselect VNC Server, because you only want VNC Viewer. Click Continue and go ahead with the rest of the installation.<br /> <br /> == Getting Started == <br /> <br /> # Ensure that SSH is enabled on the Pi. This is the default out of the box setting. You can verify the setting by typing <code> raspi-config</code> into terminal and navigating to ssh >> enable<br /> # Download a VNC server program. If you are using a MAC and don't have an external monitor/keyboard/mouse handy, you can wait to set this up after you've established an SSH connection to the Pi. You can also try installing a VNC server program via SSH on Windows but I can't guarantee that it will work (I'm not sure how internet sharing works in Windows). From the Pi's terminal type <code> sudo apt-get update</code> and then <code>sudo apt-get install tightvncserver</code>. You will be prompted to confirm installation by typing <code>Y</code>. <br /> # Power off the pi and connect it to your laptop with the ethernet cable. <br /> <br /> == SSH for MAC/Linux == <br /> # Congratulations on owning a MAC. Ensure that the ethernet cable is securely connected between your computer and the Raspberry Pi. <br /> # Enable internet sharing by navigating to System Preferences >> Sharing and turn Internet Sharing on for your Thunderbolt or USB ethernet connection. <br /> # Plug in the wall power adapter into the Raspberry Pi, and then plug it into the wall to turn the power on. The Raspberry Pi will take a minute to boot up. <br /> # Open terminal and SSH to the Pi with <code> ssh pi@raspberrypi.local</code>. If you're getting a host or timeout error, the Pi probably hasn't finished booting up yet. If all lights on the Pi are flashing indicating a full boot up but you're still not able to SSH, make sure SSH is enabled and type in <code>arp -a</code> to view your network cache. The Pi should appear as a <code>198.162.-.-</code> IP address. Try using this IP to connect with <code>ssh pi@<IP ADDRESS></code><br /> # You’ll be prompted to verify you’re trying to login to the Raspberry Pi. Type “yes” and press return. Type the password, which is “raspberry” and press return. Boom! You’re logged into your Raspberry Pi.<br /> <br /> == SSH for Windows == <br /> # Buy a Mac. If that doesn't work, ensure the ethernet cable is securely connected between your computer and the Raspberry Pi.<br /> # Plug in the wall power adapter into the Raspberry Pi, and then plug it into the wall to turn the power on. The Raspberry Pi will take a minute to boot up. <br /> # On your computer, open Putty and enter the Host Name as <code>raspberrypi.local</code> and press open. <br /> # If everything goes according to plan, you’ll be prompted with a security prompt. Press “Yes”<br /> # This will open a terminal and ask for a Username and Password. The username is “pi” and the password is “raspberry“. After entering the credentials, you’ll get logged on to the Raspberry Pi terminal.<br /> <br /> == Setting up VNC == <br /> # We now need to run the VNC Server, so enter the following command into your SSH window: <code> vncserver :1</code>. If you haven't downloaded the VNC server application, follow step 2 of Getting Started. If you're using Windows, I can't guarantee that <code> tightvncserver</code> will download over your SSH connection. You may need to connect the Pi to an external monitor/keyboard/mouse to install the application. <br /> # If this is the first time you've started the VNC server, you will be prompted to enter and confirm a password. It would make sense to use “raspberry” for this, but passwords are limited to 8 characters, so I use “raspberr”. Note that this is the password that you will need to use to connect to the Raspberry Pi remotely. You will also be asked if you want to create a separate “read-only” password – say no.<br /> # The VNC server is now running! We can attempt to connect to it, but first we must switch to the computer from which we want to control the Pi. Open the VNC viewer you downloaded earlier and enter <code>raspberrypi.local:1</code> for the VNC Server. Leave the Encryption at the default setting and click Connect. Ignore the warning and enter the password you created earlier ("raspberr"). <br /> # The VNC window itself should appear. You're all set! <br /> <br /> <br /> [[Category:Avionics]]</div>

Cameron https://ssi-wiki.stanford.edu/w/index.php?title=RaspberryPi-VNC&diff=755 RaspberryPi-VNC 2015-12-27T20:18:13Z

<p>Cameron: </p> <hr /> <div>''Hate having to plug in the Raspberry Pi to an external monitor and keyboard/mouse? This guide will let you set up a remote session on the Pi directly from your laptop. You'll be able to view and interact with the Pi desktop with just an ethernet cable.'' <br /> <br /> == Hardware == <br /> If your computer has an RJ45 ethernet port, all you need is an ethernet cable! Notebooks without this port will need an adapter (ie. thunderbolt to ethernet or USB 2.0/3.0/C to ethernet). Note that the MacBook Pro will require a thunderbolt to ethernet adapter -- USB to ethernet will only work on the MacBook Air. <br /> <br /> == Software == <br /> Connecting to the Raspberry Pi via SSH will require an SSH client application (ie. the Unix terminal in OSX). If you're using a Windows machine, you'll have to download PuTTY from http://www.greenend.org.uk. <br /> <br /> Windows, MAC, and Linux machines will all require a VNC viewer program. RealVNC is known to work with the Raspberry Pi VNC server, it can be downloaded from http://www.realvnc.com/download/vnc/latest/. Download the package file and open it. During the setup you'll be offered a choice of the type of installation. Deselect VNC Server, because you only want VNC Viewer. Click Continue and go ahead with the rest of the installation.<br /> <br /> == Getting Started == <br /> <br /> # Ensure that SSH is enabled on the Pi. This is the default out of the box setting. You can verify the setting by typing <code> raspi-config</code> into terminal and navigating to ssh >> enable<br /> # Download a VNC server program. If you are using a MAC and don't have an external monitor/keyboard/mouse handy, you can wait to set this up after you've established an SSH connection to the Pi. You can also try installing a VNC server program via SSH on Windows but I can't guarantee that it will work (I'm not sure how internet sharing works in Windows). From the Pi's terminal type <code> sudo apt-get update</code> and then <code>sudo apt-get install tightvncserver</code>. You will be prompted to confirm installation by typing <code>Y</code>. <br /> # Power off the pi and connect it to your laptop with the ethernet cable. <br /> <br /> == SSH for MAC/Linux == <br /> # Congratulations on owning a MAC. Ensure that the ethernet cable is securely connected between your computer and the Raspberry Pi. <br /> # Enable internet sharing by navigating to System Preferences >> Sharing and turn Internet Sharing on for your Thunderbolt or USB ethernet connection. <br /> # Plug in the wall power adapter into the Raspberry Pi, and then plug it into the wall to turn the power on. The Raspberry Pi will take a minute to boot up. <br /> # Open terminal and SSH to the Pi with <code> ssh pi@raspberrypi.local</code>. If you're getting a host or timeout error, the Pi probably hasn't finished booting up yet. If all lights on the Pi are flashing indicating a full boot up but you're still not able to SSH, make sure SSH is enabled and type in <code>arp -a</code> to view your network cache. The Pi should appear as a <code>198.162.-.-</code> IP address. Try using this IP to connect with <code>ssh pi@<IP ADDRESS></code><br /> # You’ll be prompted to verify you’re trying to login to the Raspberry Pi. Type “yes” and press return. Type the password, which is “raspberry” and press return. Boom! You’re logged into your Raspberry Pi.<br /> <br /> == SSH for Windows == <br /> # Buy a Mac. If that doesn't work, ensure the ethernet cable is securely connected between your computer and the Raspberry Pi.<br /> # Plug in the wall power adapter into the Raspberry Pi, and then plug it into the wall to turn the power on. The Raspberry Pi will take a minute to boot up. <br /> # On your computer, open Putty and enter the Host Name as <code>raspberrypi.local</code> and press open. <br /> # If everything goes according to plan, you’ll be prompted with a security prompt. Press “Yes”<br /> # This will open a terminal and ask for a Username and Password. The username is “pi” and the password is “raspberry“. After entering the credentials, you’ll get logged on to the Raspberry Pi terminal.<br /> <br /> == Setting up VNC == <br /> # We now need to run the VNC Server, so enter the following command into your SSH window: <code> vncserver :1</code>. If you haven't downloaded the VNC server application, follow step 2 of Getting Started. If you're using Windows, I can't guarantee that <code> tightvncserver</code> will download over your SSH connection. You may need to connect the Pi to an external monitor/keyboard/mouse to install the application. <br /> # If this is the first time you've started the VNC server, you will be prompted to enter and confirm a password. It would make sense to use “raspberry” for this, but passwords are limited to 8 characters, so I use “raspberr”. Note that this is the password that you will need to use to connect to the Raspberry Pi remotely. You will also be asked if you want to create a separate “read-only” password – say no.<br /> # The VNC server is now running and so we can attempt to connect to it, but first we must switch to the computer from which we want to control the Pi and setup a VNC client to connect to the Pi. Open the VNC viewer you downloaded earlier and enter <code>raspberrypi.local:1</code> for the VNC Server. Leave the Encryption at the default setting and click Connect. Ignore the warning and enter the password you created earlier ("raspberr"). <br /> # The VNC window itself should appear. You're all set! <br /> <br /> <br /> [[Category:Avionics]]</div>

Cameron https://ssi-wiki.stanford.edu/w/index.php?title=RaspberryPi-VNC&diff=754 RaspberryPi-VNC 2015-12-27T20:17:31Z

<p>Cameron: </p> <hr /> <div>''Hate having to plug in the Raspberry Pi to an external monitor and keyboard/mouse? This guide will let you set up a remote session on the Pi directly from your laptop. You'll be able to view and interact with the Pi desktop with just an ethernet cable.'' <br /> <br /> == Hardware == <br /> If your computer has an RJ45 ethernet port, all you need is an ethernet cable! Notebooks without this port will need an adapter (ie. thunderbolt to ethernet or USB 2.0/3.0/C to ethernet). Note that the MacBook Pro will require a thunderbolt to ethernet adapter -- USB to ethernet will only work on the MacBook Air. <br /> <br /> == Software == <br /> Connecting to the Raspberry Pi via SSH will require an SSH client application (ie. the Unix terminal in OSX). If you're using a Windows machine, you'll have to download PuTTY from http://www.greenend.org.uk. <br /> <br /> Windows, MAC, and Linux machines will all require a VNC viewer program. RealVNC is known to work with the Raspberry Pi VNC server, it can be downloaded from http://www.realvnc.com/download/vnc/latest/. Download the package file and open it. During the setup you'll be offered a choice of the type of installation. Deselect VNC Server, because you only want VNC Viewer. Click Continue and go ahead with the rest of the installation.<br /> <br /> == Getting Started == <br /> <br /> # Ensure that SSH is enabled on the Pi. This is the default out of the box setting. You can verify the setting by typing <code> raspi-config</code> into terminal and navigating to ssh >> enable<br /> # Download a VNC server program. If you are using a MAC and don't have an external monitor/keyboard/mouse handy, you can wait to set this up after you've established an SSH connection to the Pi. You can also try installing a VNC server program via SSH on Windows but I can't guarantee that it will work (I'm not sure how internet sharing works in Windows). From the Pi's terminal type <code> sudo apt-get update</code> and then <code>sudo apt-get install tightvncserver</code>. You will be prompted to confirm installation by typing <code>Y</code>. <br /> # Power off the pi and connect it to your laptop with the ethernet cable. <br /> <br /> == SSH for MAC/Linux == <br /> # Congratulations on owning a MAC. Ensure that the ethernet cable is securely connected between your computer and the Raspberry Pi. <br /> # Enable internet sharing by navigating to System Preferences >> Sharing and turn Internet Sharing on for your Thunderbolt or USB ethernet connection. <br /> # Plug in the wall power adapter into the Raspberry Pi, and then plug it into the wall to turn the power on. The Raspberry Pi will take a minute to boot up. <br /> # Open terminal and SSH to the Pi with <code> ssh pi@raspberrypi.local</code>. If you're getting a host or timeout error, the Pi probably hasn't finished booting up yet. If all lights on the Pi are flashing indicating a full boot up but you're still not able to SSH, make sure SSH is enabled and type in <code>arp -a</code> to view your network cache. The Pi should appear as a <code>198.162.-.-</code> IP address. Try using this IP to connect with <code>ssh pi@<IP ADDRESS></code><br /> # You’ll be prompted to verify you’re trying to login to the Raspberry Pi. Type “yes” and press return. Type the password, which is “raspberry” and press return. Boom! You’re logged into your Raspberry Pi.<br /> <br /> == SSH for Windows == <br /> # Buy a Mac. If that doesn't work, ensure the ethernet cable is securely connected between your computer and the Raspberry Pi.<br /> # Plug in the wall power adapter into the Raspberry Pi, and then plug it into the wall to turn the power on. The Raspberry Pi will take a minute to boot up. <br /> # On your computer, open Putty and enter the Host Name as <code>raspberrypi.local</code> and press open. <br /> # If everything goes according to plan, you’ll be prompted with a security prompt. Press “Yes”<br /> # This will open a terminal and ask for a Username and Password. The username is “pi” and the password is “raspberry“. After entering the credentials, you’ll get logged on to the Raspberry Pi terminal.<br /> <br /> == Setting up VNC == <br /> # We now need to run the VNC Server, so enter the following command into your SSH window: <code> vncserver :1</code>. If you haven't downloaded the VNC server application, follow step 2 of Getting Started. If you're using Windows, I can't guarantee that <code> tightvncserver</code> will download over your SSH connection. <br /> # If this is the first time you've started the VNC server, you will be prompted to enter and confirm a password. It would make sense to use “raspberry” for this, but passwords are limited to 8 characters, so I use “raspberr”. Note that this is the password that you will need to use to connect to the Raspberry Pi remotely. You will also be asked if you want to create a separate “read-only” password – say no.<br /> # The VNC server is now running and so we can attempt to connect to it, but first we must switch to the computer from which we want to control the Pi and setup a VNC client to connect to the Pi. Open the VNC viewer you downloaded earlier and enter <code>raspberrypi.local:1</code> for the VNC Server. Leave the Encryption at the default setting and click Connect. Ignore the warning and enter the password you created earlier ("raspberr"). <br /> # The VNC window itself should appear. You're all set! <br /> <br /> <br /> [[Category:Avionics]]</div>

Cameron https://ssi-wiki.stanford.edu/w/index.php?title=RaspberryPi-VNC&diff=753 RaspberryPi-VNC 2015-12-27T20:17:13Z

<p>Cameron: </p> <hr /> <div>''Hate having to plug in the Raspberry Pi to an external monitor and keyboard/mouse? This guide will let you set up a remote session on the Pi directly from your laptop. You'll be able to view and interact with the Pi desktop with just an ethernet cable.'' <br /> <br /> == Hardware == <br /> If your computer has an RJ45 ethernet port, all you need is an ethernet cable! Notebooks without this port will need an adapter (ie. thunderbolt to ethernet or USB 2.0/3.0/C to ethernet). Note that the MacBook Pro will require a thunderbolt to ethernet adapter -- USB to ethernet will only work on the MacBook Air. <br /> <br /> == Software == <br /> Connecting to the Raspberry Pi via SSH will require an SSH client application (ie. the Unix terminal in OSX). If you're using a Windows machine, you'll have to download PuTTY from http://www.greenend.org.uk. <br /> <br /> Windows, MAC, and Linux machines will all require a VNC viewer program. RealVNC is known to work with the Raspberry Pi VNC server, it can be downloaded from http://www.realvnc.com/download/vnc/latest/. Download the package file and open it. During the setup you'll be offered a choice of the type of installation. Deselect VNC Server, because you only want VNC Viewer. Click Continue and go ahead with the rest of the installation.<br /> <br /> == Getting Started == <br /> <br /> # Ensure that SSH is enabled on the Pi. This is the default out of the box setting. You can verify the setting by typing <code> raspi-config</code> into terminal and navigating to ssh >> enable<br /> # Download a VNC server program. If you are using a MAC and don't have an external monitor/keyboard/mouse handy, you can wait to set this up after you've established an SSH connection to the Pi. You can also try installing a VNC server program via SSH on Windows but I can't guarantee that it will work (I'm not sure how internet sharing works in Windows). From the Pi's terminal type <code> sudo apt-get update</code> and then <code>sudo apt-get install tightvncserver</code>. You will be prompted to confirm installation by typing <code>Y</code>. <br /> # Power off the pi and connect it to your laptop with the ethernet cable. <br /> <br /> == SSH for MAC/Linux == <br /> # Congratulations on owning a MAC. Ensure that the ethernet cable is securely connected between your computer and the Raspberry Pi. <br /> # Enable internet sharing by navigating to System Preferences >> Sharing and turn Internet Sharing on for your Thunderbolt or USB ethernet connection. <br /> # Plug in the wall power adapter into the Raspberry Pi, and then plug it into the wall to turn the power on. The Raspberry Pi will take a minute to boot up. <br /> # Open terminal and SSH to the Pi with <code> ssh pi@raspberrypi.local</code>. If you're getting a host or timeout error, the Pi probably hasn't finished booting up yet. If all lights on the Pi are flashing indicating a full boot up but you're still not able to SSH, make sure SSH is enabled and type in <code>arp -a</code> to view your network cache. The Pi should appear as a <code>198.162.-.-</code> IP address. Try using this IP to connect with <code>ssh pi@<IP ADDRESS></code><br /> # You’ll be prompted to verify you’re trying to login to the Raspberry Pi. Type “yes” and press return. Type the password, which is “raspberry” and press return. Boom! You’re logged into your Raspberry Pi.<br /> <br /> == SSH for Windows == <br /> # Buy a Mac. If that doesn't work, ensure the ethernet cable is securely connected between your computer and the Raspberry Pi.<br /> # Plug in the wall power adapter into the Raspberry Pi, and then plug it into the wall to turn the power on. The Raspberry Pi will take a minute to boot up. <br /> # On your computer, open Putty and enter the Host Name as <code>raspberrypi.local</code> and press open. <br /> # If everything goes according to plan, you’ll be prompted with a security prompt. Press “Yes”<br /> # This will open a terminal and ask for a Username and Password. The username is “pi” and the password is “raspberry“. After entering the credentials, you’ll get logged on to the Raspberry Pi terminal.<br /> <br /> == Setting up VNC == <br /> # We now need to run the VNC Server, so enter the following command into your SSH window: <code> vncserver :1</code>. If you haven't downloaded the VNC server application, follow step 2 of Getting Started. If you're using Windows, I can't guarantee that the <code> tightvncserver</code> will download over your SSH connection. <br /> # If this is the first time you've started the VNC server, you will be prompted to enter and confirm a password. It would make sense to use “raspberry” for this, but passwords are limited to 8 characters, so I use “raspberr”. Note that this is the password that you will need to use to connect to the Raspberry Pi remotely. You will also be asked if you want to create a separate “read-only” password – say no.<br /> # The VNC server is now running and so we can attempt to connect to it, but first we must switch to the computer from which we want to control the Pi and setup a VNC client to connect to the Pi. Open the VNC viewer you downloaded earlier and enter <code>raspberrypi.local:1</code> for the VNC Server. Leave the Encryption at the default setting and click Connect. Ignore the warning and enter the password you created earlier ("raspberr"). <br /> # The VNC window itself should appear. You're all set! <br /> <br /> <br /> [[Category:Avionics]]</div>

Cameron https://ssi-wiki.stanford.edu/w/index.php?title=RaspberryPi-VNC&diff=752 RaspberryPi-VNC 2015-12-27T20:16:58Z

<p>Cameron: </p> <hr /> <div>''Hate having to plug in the Raspberry Pi to an external monitor and keyboard/mouse? This guide will let you set up a remote session on the Pi directly from your laptop. You'll be able to view and interact with the Pi desktop with just an ethernet cable.'' <br /> <br /> == Hardware == <br /> If your computer has an RJ45 ethernet port, all you need is an ethernet cable! Notebooks without this port will need an adapter (ie. thunderbolt to ethernet or USB 2.0/3.0/C to ethernet). Note that the MacBook Pro will require a thunderbolt to ethernet adapter -- USB to ethernet will only work on the MacBook Air. <br /> <br /> == Software == <br /> Connecting to the Raspberry Pi via SSH will require an SSH client application (ie. the Unix terminal in OSX). If you're using a Windows machine, you'll have to download PuTTY from http://www.greenend.org.uk. <br /> <br /> Windows, MAC, and Linux machines will all require a VNC viewer program. RealVNC is known to work with the Raspberry Pi VNC server, it can be downloaded from http://www.realvnc.com/download/vnc/latest/. Download the package file and open it. During the setup you'll be offered a choice of the type of installation. Deselect VNC Server, because you only want VNC Viewer. Click Continue and go ahead with the rest of the installation.<br /> <br /> == Getting Started == <br /> <br /> # Ensure that SSH is enabled on the Pi. This is the default out of the box setting. You can verify the setting by typing <code> raspi-config</code> into terminal and navigating to ssh >> enable<br /> # Download a VNC server program. If you are using a MAC and don't have an external monitor/keyboard/mouse handy, you can wait to set this up after you've established an SSH connection to the Pi. You can also try installing a VNC server program via SSH on Windows but I can't guarantee that it will work (I'm not sure how internet sharing works in Windows). From the Pi's terminal type <code> sudo apt-get update</code> and then <code>sudo apt-get install tightvncserver</code>. You will be prompted to confirm installation by typing <code>Y</code>. <br /> # Power off the pi and connect it to your laptop with the ethernet cable. <br /> <br /> == SSH for MAC/Linux == <br /> # Congratulations on owning a MAC. Ensure that the ethernet cable is securely connected between your computer and the Raspberry Pi. <br /> # Enable internet sharing by navigating to System Preferences >> Sharing and turn Internet Sharing on for your Thunderbolt or USB ethernet connection. <br /> # Plug in the wall power adapter into the Raspberry Pi, and then plug it into the wall to turn the power on. The Raspberry Pi will take a minute to boot up. <br /> # Open terminal and SSH to the Pi with <code> ssh pi@raspberrypi.local</code>. If you're getting a host or timeout error, the Pi probably hasn't finished booting up yet. If all lights on the Pi are flashing indicating a full boot up but you're still not able to SSH, make sure SSH is enabled and type in <code>arp -a</code> to view your network cache. The Pi should appear as a <code>198.162.-.-</code> IP address. Try using this IP to connect with <code>ssh pi@<IP ADDRESS></code><br /> # You’ll be prompted to verify you’re trying to login to the Raspberry Pi. Type “yes” and press return. Type the password, which is “raspberry” and press return. Boom! You’re logged into your Raspberry Pi.<br /> <br /> == SSH for Windows == <br /> # Buy a Mac. If that doesn't work, ensure the ethernet cable is securely connected between your computer and the Raspberry Pi.<br /> # Plug in the wall power adapter into the Raspberry Pi, and then plug it into the wall to turn the power on. The Raspberry Pi will take a minute to boot up. <br /> # On your computer, open Putty and enter the Host Name as <code>raspberrypi.local</code> and press open. <br /> # If everything goes according to plan, you’ll be prompted with a security prompt. Press “Yes”<br /> # This will open a terminal and ask for a Username and Password. The username is “pi” and the password is “raspberry“. After entering the credentials, you’ll get logged on to the Raspberry Pi terminal.<br /> <br /> == Setting up VNC == <br /> # We now need to run the VNC Server, so enter the following command into your SSH window: <code> vncserver :1</code>. If you haven't downloaded the VNC server application, follow step 2 of [Getting Started]. If you're using Windows, I can't guarantee that the <code> tightvncserver</code> will download over your SSH connection. <br /> # If this is the first time you've started the VNC server, you will be prompted to enter and confirm a password. It would make sense to use “raspberry” for this, but passwords are limited to 8 characters, so I use “raspberr”. Note that this is the password that you will need to use to connect to the Raspberry Pi remotely. You will also be asked if you want to create a separate “read-only” password – say no.<br /> # The VNC server is now running and so we can attempt to connect to it, but first we must switch to the computer from which we want to control the Pi and setup a VNC client to connect to the Pi. Open the VNC viewer you downloaded earlier and enter <code>raspberrypi.local:1</code> for the VNC Server. Leave the Encryption at the default setting and click Connect. Ignore the warning and enter the password you created earlier ("raspberr"). <br /> # The VNC window itself should appear. You're all set! <br /> <br /> <br /> [[Category:Avionics]]</div>

Cameron https://ssi-wiki.stanford.edu/w/index.php?title=RaspberryPi-VNC&diff=751 RaspberryPi-VNC 2015-12-27T20:15:10Z

<p>Cameron: </p> <hr /> <div>''Hate having to plug in the Raspberry Pi to an external monitor and keyboard/mouse? This guide will let you set up a remote session on the Pi directly from your laptop. You'll be able to view and interact with the Pi desktop with just an ethernet cable.'' <br /> <br /> == Hardware == <br /> If your computer has an RJ45 ethernet port, all you need is an ethernet cable! Notebooks without this port will need an adapter (ie. thunderbolt to ethernet or USB 2.0/3.0/C to ethernet). Note that the MacBook Pro will require a thunderbolt to ethernet adapter -- USB to ethernet will only work on the MacBook Air. <br /> <br /> == Software == <br /> Connecting to the Raspberry Pi via SSH will require an SSH client application (ie. the Unix terminal in OSX). If you're using a Windows machine, you'll have to download PuTTY from http://www.greenend.org.uk. <br /> <br /> Windows, MAC, and Linux machines will all require a VNC viewer program. RealVNC is known to work with the Raspberry Pi VNC server, it can be downloaded from http://www.realvnc.com/download/vnc/latest/. Download the package file and open it. During the setup you'll be offered a choice of the type of installation. Deselect VNC Server, because you only want VNC Viewer. Click Continue and go ahead with the rest of the installation.<br /> <br /> == Getting Started == <br /> <br /> # Ensure that SSH is enabled on the Pi. This is the default out of the box setting. You can verify the setting by typing <code> raspi-config</code> into terminal and navigating to ssh >> enable<br /> # Download a VNC server program. If you are using a MAC and don't have an external monitor/keyboard/mouse handy, you can wait to set this up after you've established an SSH connection to the Pi. You can also try installing a VNC server program via SSH on Windows but I can't guarantee that it will work (I'm not sure how internet sharing works in Windows). From the Pi's terminal type <code> sudo apt-get update</code> and then <code>sudo apt-get install tightvncserver</code>. You will be prompted to confirm installation by typing <code>Y</code>. <br /> # Power off the pi and connect it to your laptop with the ethernet cable. <br /> <br /> == SSH for MAC/Linux == <br /> # Congratulations on owning a MAC. Ensure that the ethernet cable is securely connected between your computer and the Raspberry Pi. <br /> # Enable internet sharing by navigating to System Preferences >> Sharing and turn Internet Sharing on for your Thunderbolt or USB ethernet connection. <br /> # Plug in the wall power adapter into the Raspberry Pi, and then plug it into the wall to turn the power on. The Raspberry Pi will take a minute to boot up. <br /> # Open terminal and SSH to the Pi with <code> ssh pi@raspberrypi.local</code>. If you're getting a host or timeout error, the Pi probably hasn't finished booting up yet. If all lights on the Pi are flashing indicating a full boot up but you're still not able to SSH, make sure SSH is enabled and type in <code>arp -a</code> to view your network cache. The Pi should appear as a <code>198.162.-.-</code> IP address. Try using this IP to connect with <code>ssh pi@<IP ADDRESS></code><br /> # You’ll be prompted to verify you’re trying to login to the Raspberry Pi. Type “yes” and press return. Type the password, which is “raspberry” and press return. Boom! You’re logged into your Raspberry Pi.<br /> <br /> == SSH for Windows == <br /> # Buy a Mac. If that doesn't work, ensure the ethernet cable is securely connected between your computer and the Raspberry Pi.<br /> # Plug in the wall power adapter into the Raspberry Pi, and then plug it into the wall to turn the power on. The Raspberry Pi will take a minute to boot up. <br /> # On your computer, open Putty and enter the Host Name as <code>raspberrypi.local</code> and press open. <br /> # If everything goes according to plan, you’ll be prompted with a security prompt. Press “Yes”<br /> # This will open a terminal and ask for a Username and Password. The username is “pi” and the password is “raspberry“. After entering the credentials, you’ll get logged on to the Raspberry Pi terminal.<br /> <br /> == Setting up VNC == <br /> # We now need to run the VNC Server, so enter the following command into your SSH window: <code> vncserver :1</code>. If you haven't downloaded the VNC server application, follow step 2 of Getting Started. If you're using Windows, I can't guarantee that the <code> tightvncserver</code> will download over your SSH connection. <br /> # If this is the first time you've started the VNC server, you will be prompted to enter and confirm a password. It would make sense to use “raspberry” for this, but passwords are limited to 8 characters, so I use “raspberr”. Note that this is the password that you will need to use to connect to the Raspberry Pi remotely. You will also be asked if you want to create a separate “read-only” password – say no.<br /> # The VNC server is now running and so we can attempt to connect to it, but first we must switch to the computer from which we want to control the Pi and setup a VNC client to connect to the Pi. Open the VNC viewer you downloaded earlier and enter <code>raspberrypi.local:1</code> for the VNC Server. Leave the Encryption at the default setting and click Connect. Ignore the warning and enter the password you created earlier ("raspberr"). <br /> # The VNC window itself should appear. You're all set! <br /> <br /> <br /> [[Category:Avionics]]</div>

Cameron https://ssi-wiki.stanford.edu/w/index.php?title=RaspberryPi-VNC&diff=750 RaspberryPi-VNC 2015-12-27T20:13:21Z

<p>Cameron: </p> <hr /> <div>''Hate having to plug in the Raspberry Pi to an external monitor and keyboard/mouse? This guide will let you set up a remote session on the Pi directly from your laptop. You'll be able to view and interact with the Pi desktop with just an ethernet cable.'' <br /> <br /> == Hardware == <br /> If your computer has an RJ45 ethernet port, all you need is an ethernet cable! Notebooks without this port will need an adapter (ie. thunderbolt to ethernet or USB 2.0/3.0/C to ethernet). Note that the MacBook Pro will require a thunderbolt to ethernet adapter -- USB to ethernet will only work on the MacBook Air. <br /> <br /> == Software == <br /> Connecting to the Raspberry Pi via SSH will require an SSH client application (ie. the Unix terminal in OSX). If you're using a Windows machine, you'll have to download PuTTY from http://www.greenend.org.uk. <br /> <br /> Windows, MAC, and Linux machines will all require a VNC viewer program. RealVNC is known to work with the Raspberry Pi VNC server, it can be downloaded from http://www.realvnc.com/download/vnc/latest/. Download the package file and open it. During the setup you'll be offered a choice of the type of installation. Deselect VNC Server, because you only want VNC Viewer. Click Continue and go ahead with the rest of the installation.<br /> <br /> == Getting Started == <br /> <br /> # Ensure that SSH is enabled on the Pi. This is the default out of the box setting. You can verify the setting by typing <code> raspi-config</code> into terminal and navigating to ssh >> enable<br /> # Download a VNC server program. If you are using a MAC and don't have an external monitor/keyboard/mouse handy, you can wait to set this up after you've established an SSH connection to the Pi. You can also try installing a VNC server program via SSH on Windows but I can't guarantee that it will work (I'm not sure how internet sharing works in Windows). From the Pi's terminal type <code> sudo apt-get update</code> and then <code>sudo apt-get install tightvncserver</code>. You will be prompted to confirm installation by typing <code>Y</code>. <br /> # Power off the pi and connect it to your laptop with the ethernet cable. <br /> <br /> == SSH for MAC/Linux == <br /> # Congratulations on owning a MAC. Ensure that the ethernet cable is securely connected between your computer and the Raspberry Pi. <br /> # Enable internet sharing by navigating to System Preferences >> Sharing and turn Internet Sharing on for your Thunderbolt or USB ethernet connection. <br /> # Plug in the wall power adapter into the Raspberry Pi, and then plug it into the wall to turn the power on. The Raspberry Pi will take a minute to boot up. <br /> # Open terminal and SSH to the Pi with <code> ssh pi@raspberrypi.local</code>. If you're getting a host or timeout error, the Pi probably hasn't finished booting up yet. If all lights on the Pi are flashing indicating a full boot up but you're still not able to SSH, make sure SSH is enabled and type in <code>arp -a</code> to view your network cache. The Pi should appear as a <code>198.162.-.-</code> IP address. <br /> # You’ll be prompted to verify you’re trying to login to the Raspberry Pi. Type “yes” and press return. Type the password, which is “raspberry” and press return. Boom! You’re logged into your Raspberry Pi.<br /> <br /> == SSH for Windows == <br /> # Buy a Mac. If that doesn't work, ensure the ethernet cable is securely connected between your computer and the Raspberry Pi.<br /> # Plug in the wall power adapter into the Raspberry Pi, and then plug it into the wall to turn the power on. The Raspberry Pi will take a minute to boot up. <br /> # On your computer, open Putty and enter the Host Name as <code>raspberrypi.local</code> and press open. <br /> # If everything goes according to plan, you’ll be prompted with a security prompt. Press “Yes”<br /> # This will open a terminal and ask for a Username and Password. The username is “pi” and the password is “raspberry“. After entering the credentials, you’ll get logged on to the Raspberry Pi terminal.<br /> <br /> == Setting up VNC == <br /> # We now need to run the VNC Server, so enter the following command into your SSH window: <code> vncserver :1</code>. If you haven't downloaded the VNC server application, follow step 2 of Getting Started. If you're using Windows, I can't guarantee that the <code> tightvncserver</code> will download over your SSH connection. <br /> # If this is the first time you've started the VNC server, you will be prompted to enter and confirm a password. It would make sense to use “raspberry” for this, but passwords are limited to 8 characters, so I use “raspberr”. Note that this is the password that you will need to use to connect to the Raspberry Pi remotely. You will also be asked if you want to create a separate “read-only” password – say no.<br /> # The VNC server is now running and so we can attempt to connect to it, but first we must switch to the computer from which we want to control the Pi and setup a VNC client to connect to the Pi. Open the VNC viewer you downloaded earlier and enter <code>raspberrypi.local:1</code> for the VNC Server. Leave the Encryption at the default setting and click Connect. Ignore the warning and enter the password you created earlier ("raspberr"). <br /> # The VNC window itself should appear. You're all set! <br /> <br /> <br /> [[Category:Avionics]]</div>

Cameron https://ssi-wiki.stanford.edu/w/index.php?title=RaspberryPi-VNC&diff=749 RaspberryPi-VNC 2015-12-27T20:12:25Z

<p>Cameron: </p> <hr /> <div>''Hate having to plug in the Raspberry Pi to an external monitor and keyboard/mouse? This guide will let you set up a remote session on the Pi directly from your laptop. You'll be able to view and interact with the Pi desktop with just an ethernet cable.'' <br /> <br /> == Hardware == <br /> If your computer has an RJ45 ethernet port, all you need is an ethernet cable! Notebooks without this port will need an adapter (ie. thunderbolt to ethernet or USB 2.0/3.0/C to ethernet). Note that the MacBook Pro will require a thunderbolt to ethernet adapter -- USB to ethernet will only work on the MacBook Air. <br /> <br /> == Software == <br /> Connecting to the Raspberry Pi via SSH will require an SSH client application (ie. the Unix terminal in OSX). If you're using a Windows machine, you'll have to download PuTTY from http://www.greenend.org.uk. <br /> <br /> Windows, MAC, and Linux machines will all require a VNC viewer program. RealVNC is known to work with the Raspberry Pi VNC server, it can be downloaded from http://www.realvnc.com/download/vnc/latest/. Download the package file and open it. During the setup you'll be offered a choice of the type of installation. Deselect VNC Server, because you only want VNC Viewer. Click Continue and go ahead with the rest of the installation.<br /> <br /> == Getting Started == <br /> <br /> # Ensure that SSH is enabled on the Pi. This is the default out of the box setting. You can verify the setting by typing <code> raspi-config</code> into terminal and navigating to ssh -> enable<br /> # Download a VNC server program. If you are using a MAC and don't have an external monitor/keyboard/mouse handy, you can wait to set this up after you've established an SSH connection to the Pi. You can also try installing a VNC server program via SSH on Windows but I can't guarantee that it will work (I'm not sure how internet sharing works in Windows). From the Pi's terminal type <code> sudo apt-get update</code> and then <code>sudo apt-get install tightvncserver</code>. You will be prompted to confirm installation by typing <code>Y</code>. <br /> # Power off the pi and connect it to your laptop with the ethernet cable. <br /> <br /> == SSH for MAC/Linux == <br /> # Congratulations on owning a MAC. Ensure that the ethernet cable is securely connected between your computer and the Raspberry Pi. <br /> # Enable internet sharing by navigating to Settings -> Sharing and turn Internet Sharing on for your Thunderbolt or USB ethernet connection. <br /> # Plug in the wall power adapter into the Raspberry Pi, and then plug it into the wall to turn the power on. The Raspberry Pi will take a minute to boot up. <br /> # Open terminal and SSH to the Pi with <code> ssh pi@raspberrypi.local</code>. If you're getting a host or timeout error, the Pi probably hasn't finished booting up yet. If all lights on the Pi are flashing indicating a full boot up but you're still not able to SSH, make sure SSH is enabled and type in <code>arp -a</code> to view your network cache. The Pi should appear as a <code>198.162.-.-</code> IP address. <br /> # You’ll be prompted to verify you’re trying to login to the Raspberry Pi. Type “yes” and press return. Type the password, which is “raspberry” and press return. Boom! You’re logged into your Raspberry Pi.<br /> <br /> == SSH for Windows == <br /> # Buy a Mac. If that doesn't work, ensure the ethernet cable is securely connected between your computer and the Raspberry Pi.<br /> # Plug in the wall power adapter into the Raspberry Pi, and then plug it into the wall to turn the power on. The Raspberry Pi will take a minute to boot up. <br /> # On your computer, open Putty and enter the Host Name as <code>raspberrypi.local</code> and press open. <br /> # If everything goes according to plan, you’ll be prompted with a security prompt. Press “Yes”<br /> # This will open a terminal and ask for a Username and Password. The username is “pi” and the password is “raspberry“. After entering the credentials, you’ll get logged on to the Raspberry Pi terminal.<br /> <br /> == Setting up VNC == <br /> # We now need to run the VNC Server, so enter the following command into your SSH window: <code> vncserver :1</code>. If you haven't downloaded the VNC server application, follow step 2 of Getting Started. If you're using Windows, I can't guarantee that the <code> tightvncserver</code> will download over your SSH connection. <br /> # If this is the first time you've started the VNC server, you will be prompted to enter and confirm a password. It would make sense to use “raspberry” for this, but passwords are limited to 8 characters, so I use “raspberr”. Note that this is the password that you will need to use to connect to the Raspberry Pi remotely. You will also be asked if you want to create a separate “read-only” password – say no.<br /> # The VNC server is now running and so we can attempt to connect to it, but first we must switch to the computer from which we want to control the Pi and setup a VNC client to connect to the Pi. Open the VNC viewer you downloaded earlier and enter <code>raspberrypi.local:1</code> for the VNC Server. Leave the Encryption at the default setting and click Connect. Ignore the warning and enter the password you created earlier ("raspberr"). <br /> # The VNC window itself should appear. You're all set! <br /> <br /> <br /> [[Category:Avionics]]</div>

Cameron https://ssi-wiki.stanford.edu/w/index.php?title=RaspberryPi-VNC&diff=748 RaspberryPi-VNC 2015-12-27T20:11:26Z

<p>Cameron: </p> <hr /> <div>''Hate having to plug in the Raspberry Pi to an external monitor and keyboard/mouse? This guide will let you set up a remote session on the Pi directly from your laptop. You'll be able to view and interact with the Pi desktop with just an ethernet cable.'' <br /> <br /> == Hardware == <br /> If your computer has an RJ45 ethernet port, all you need is an ethernet cable! Notebooks without this port will need an adapter (ie. thunderbolt to ethernet or USB 2.0/3.0/C to ethernet). Note that the MacBook Pro will require a thunderbolt to ethernet adapter -- USB to ethernet will only work on the MacBook Air. <br /> <br /> == Software == <br /> Connecting to the Raspberry Pi via SSH will require an SSH client application (ie. the Unix terminal in OSX). If you're using a Windows machine, you'll have to download PuTTY from http://www.greenend.org.uk. <br /> <br /> Windows, MAC, and Linux machines will all require a VNC viewer program. RealVNC is known to work with the Raspberry Pi VNC server, it can be downloaded from http://www.realvnc.com/download/vnc/latest/. Download the package file and open it. During the setup you'll be offered a choice of the type of installation. Deselect VNC Server, because you only want VNC Viewer. Click Continue and go ahead with the rest of the installation.<br /> <br /> == Getting Started == <br /> <br /> # Ensure that SSH is enabled on the Pi. This is the default out of the box setting. You can verify the setting by typing <code> raspi-config</code> into terminal and navigating to ssh -> enable<br /> # Download a VNC server program. If you are using a MAC and don't have an external monitor/keyboard/mouse handy, you can wait to set this up after you've established an SSH connection to the Pi. You can also try installing a VNC server program via SSH on Windows but I can't guarantee that it will work (I'm not sure how internet sharing works in Windows). From the Pi's terminal type <code> sudo apt-get update</code> and then <code>sudo apt-get install tightvncserver</code>. You will be prompted to confirm installation by typing <code>Y</code>. <br /> # Power off the pi and connect it to your laptop with the ethernet cable. <br /> <br /> == SSH for MAC/Linux == <br /> # Congratulations on owning a MAC. Ensure that the ethernet cable is securely connected between your computer and the Raspberry Pi. <br /> # Enable internet sharing by navigating to Settings -> Sharing and turn Internet Sharing on for your Thunderbolt or USB ethernet connection. <br /> # Plug in the wall power adapter into the Raspberry Pi, and then plug it into the wall to turn the power on. The Raspberry Pi will take a minute to boot up. <br /> # Open terminal and SSH to the Pi with <code> ssh pi@raspberrypi.local</code>. If you're getting a host or timeout error, the Pi probably hasn't finished booting up yet. If all lights on the Pi are flashing indicating a full boot up but you're still not able to SSH, make sure SSH is enabled and type in <code>arp -a</code> to view your network cache. The Pi should appear as a <code>198.162.--.--</code> IP address. <br /> # You’ll be prompted to verify you’re trying to login to the Raspberry Pi. Type “yes” and press return. Type the password, which is “raspberry” and press return. Boom! You’re logged into your Raspberry Pi.<br /> <br /> == SSH for Windows == <br /> # Buy a Mac. If that doesn't work, ensure the ethernet cable is securely connected between your computer and the Raspberry Pi.<br /> # Plug in the wall power adapter into the Raspberry Pi, and then plug it into the wall to turn the power on. The Raspberry Pi will take a minute to boot up. <br /> # On your computer, open Putty and enter the Host Name as <code>raspberrypi.local</code> and press open. <br /> # If everything goes according to plan, you’ll be prompted with a security prompt. Press “Yes”<br /> # This will open a terminal and ask for a Username and Password. The username is “pi” and the password is “raspberry“. After entering the credentials, you’ll get logged on to the Raspberry Pi terminal.<br /> <br /> == Setting up VNC == <br /> # We now need to run the VNC Server, so enter the following command into your SSH window: <code> vncserver :1</code>. If you haven't downloaded the VNC server application, follow step 2 of Getting Started. If you're using Windows, I can't guarantee that the <code> tightvncserver</code> will download over your SSH connection. <br /> # If this is the first time you've started the VNC server, you will be prompted to enter and confirm a password. It would make sense to use “raspberry” for this, but passwords are limited to 8 characters, so I use “raspberr”. Note that this is the password that you will need to use to connect to the Raspberry Pi remotely. You will also be asked if you want to create a separate “read-only” password – say no.<br /> # The VNC server is now running and so we can attempt to connect to it, but first we must switch to the computer from which we want to control the Pi and setup a VNC client to connect to the Pi. Open the VNC viewer you downloaded earlier and enter <code>raspberrypi.local:1</code> for the VNC Server. Leave the Encryption at the default setting and click Connect. Ignore the warning and enter the password you created earlier ("raspberr"). <br /> # The VNC window itself should appear. You're all set! <br /> <br /> <br /> [[Category:Avionics]]</div>

Cameron https://ssi-wiki.stanford.edu/w/index.php?title=RaspberryPi-VNC&diff=747 RaspberryPi-VNC 2015-12-27T20:11:04Z

<p>Cameron: </p> <hr /> <div>''Hate having to plug in the Raspberry Pi to an external monitor and keyboard/mouse? This guide will let you set up a remote session on the Pi directly from your laptop. You'll be able to view and interact with the Pi desktop with just an ethernet cable.'' <br /> <br /> == Hardware == <br /> If your computer has an RJ45 ethernet port, all you need is an ethernet cable! Notebooks without this port will need an adapter (ie. thunderbolt to ethernet or USB 2.0/3.0/C to ethernet). Note that the MacBook Pro will require a thunderbolt to ethernet adapter -- USB to ethernet will only work on the MacBook Air. <br /> <br /> == Software == <br /> Connecting to the Raspberry Pi via SSH will require an SSI client application (ie. the Unix terminal in OSX). If you're using a Windows machine, you'll have to download PuTTY from http://www.greenend.org.uk. <br /> <br /> Windows, MAC, and Linux machines will all require a VNC viewer program. RealVNC is known to work with the Raspberry Pi VNC server, it can be downloaded from http://www.realvnc.com/download/vnc/latest/. Download the package file and open it. During the setup you'll be offered a choice of the type of installation. Deselect VNC Server, because you only want VNC Viewer. Click Continue and go ahead with the rest of the installation.<br /> <br /> == Getting Started == <br /> <br /> # Ensure that SSH is enabled on the Pi. This is the default out of the box setting. You can verify the setting by typing <code> raspi-config</code> into terminal and navigating to ssh -> enable<br /> # Download a VNC server program. If you are using a MAC and don't have an external monitor/keyboard/mouse handy, you can wait to set this up after you've established an SSH connection to the Pi. You can also try installing a VNC server program via SSH on Windows but I can't guarantee that it will work (I'm not sure how internet sharing works in Windows). From the Pi's terminal type <code> sudo apt-get update</code> and then <code>sudo apt-get install tightvncserver</code>. You will be prompted to confirm installation by typing <code>Y</code>. <br /> # Power off the pi and connect it to your laptop with the ethernet cable. <br /> <br /> == SSH for MAC/Linux == <br /> # Congratulations on owning a MAC. Ensure that the ethernet cable is securely connected between your computer and the Raspberry Pi. <br /> # Enable internet sharing by navigating to Settings -> Sharing and turn Internet Sharing on for your Thunderbolt or USB ethernet connection. <br /> # Plug in the wall power adapter into the Raspberry Pi, and then plug it into the wall to turn the power on. The Raspberry Pi will take a minute to boot up. <br /> # Open terminal and SSH to the Pi with <code> ssh pi@raspberrypi.local</code>. If you're getting a host or timeout error, the Pi probably hasn't finished booting up yet. If all lights on the Pi are flashing indicating a full boot up but you're still not able to SSH, make sure SSH is enabled and type in <code>arp -a</code> to view your network cache. The Pi should appear as a <code>198.162.--.--</code> IP address. <br /> # You’ll be prompted to verify you’re trying to login to the Raspberry Pi. Type “yes” and press return. Type the password, which is “raspberry” and press return. Boom! You’re logged into your Raspberry Pi.<br /> <br /> == SSH for Windows == <br /> # Buy a Mac. If that doesn't work, ensure the ethernet cable is securely connected between your computer and the Raspberry Pi.<br /> # Plug in the wall power adapter into the Raspberry Pi, and then plug it into the wall to turn the power on. The Raspberry Pi will take a minute to boot up. <br /> # On your computer, open Putty and enter the Host Name as <code>raspberrypi.local</code> and press open. <br /> # If everything goes according to plan, you’ll be prompted with a security prompt. Press “Yes”<br /> # This will open a terminal and ask for a Username and Password. The username is “pi” and the password is “raspberry“. After entering the credentials, you’ll get logged on to the Raspberry Pi terminal.<br /> <br /> == Setting up VNC == <br /> # We now need to run the VNC Server, so enter the following command into your SSH window: <code> vncserver :1</code>. If you haven't downloaded the VNC server application, follow step 2 of Getting Started. If you're using Windows, I can't guarantee that the <code> tightvncserver</code> will download over your SSH connection. <br /> # If this is the first time you've started the VNC server, you will be prompted to enter and confirm a password. It would make sense to use “raspberry” for this, but passwords are limited to 8 characters, so I use “raspberr”. Note that this is the password that you will need to use to connect to the Raspberry Pi remotely. You will also be asked if you want to create a separate “read-only” password – say no.<br /> # The VNC server is now running and so we can attempt to connect to it, but first we must switch to the computer from which we want to control the Pi and setup a VNC client to connect to the Pi. Open the VNC viewer you downloaded earlier and enter <code>raspberrypi.local:1</code> for the VNC Server. Leave the Encryption at the default setting and click Connect. Ignore the warning and enter the password you created earlier ("raspberr"). <br /> # The VNC window itself should appear. You're all set! <br /> <br /> <br /> [[Category:Avionics]]</div>

Cameron https://ssi-wiki.stanford.edu/w/index.php?title=RaspberryPi-VNC&diff=746 RaspberryPi-VNC 2015-12-27T20:10:00Z

<p>Cameron: </p> <hr /> <div>''Hate having to plug in the Raspberry Pi to an external monitor and keyboard? This guide will let you set up a remote session on the Pi directly from your laptop. You'll be able to view and interact with the Pi desktop with just an ethernet cable.'' <br /> <br /> == Hardware == <br /> If your computer has an RJ45 ethernet port, all you need is an ethernet cable! Notebooks without this port will need an adapter (ie. thunderbolt to ethernet or USB 2.0/3.0/C to ethernet). Note that the MacBook Pro will require a thunderbolt to ethernet adapter, USB to ethernet will only work on the MacBook Air. <br /> <br /> == Software == <br /> Connecting to the Raspberry Pi via SSH will require an SSI client application (ie. the Unix terminal in OSX). If you're using a Windows machine, you'll have to download PuTTY from http://www.greenend.org.uk. <br /> <br /> Windows, MAC, and Linux machines will all require a VNC viewer program. RealVNC is known to work with the Raspberry Pi VNC server, it can be downloaded from http://www.realvnc.com/download/vnc/latest/. Download the package file and open it. During the setup you'll be offered a choice of the type of installation. Deselect VNC Server, because you only want VNC Viewer. Click Continue and go ahead with the rest of the installation.<br /> <br /> == Getting Started == <br /> <br /> # Ensure that SSH is enabled on the Pi. This is the default out of the box setting. You can verify the setting by typing <code> raspi-config</code> into terminal and navigating to ssh -> enable<br /> # Download a VNC server program. If you are using a MAC and don't have an external monitor/keyboard/mouse handy, you can wait to set this up after you've established an SSH connection to the Pi. You can also try installing a VNC server program via SSH on Windows but I can't guarantee that it will work (I'm not sure how internet sharing works in Windows). From the Pi's terminal type <code> sudo apt-get update</code> and then <code>sudo apt-get install tightvncserver</code>. You will be prompted to confirm installation by typing <code>Y</code>. <br /> # Power off the pi and connect it to your laptop with the ethernet cable. <br /> <br /> == SSH for MAC/Linux == <br /> # Congratulations on owning a MAC. Ensure that the ethernet cable is securely connected between your computer and the Raspberry Pi. <br /> # Enable internet sharing by navigating to Settings -> Sharing and turn Internet Sharing on for your Thunderbolt or USB ethernet connection. <br /> # Plug in the wall power adapter into the Raspberry Pi, and then plug it into the wall to turn the power on. The Raspberry Pi will take a minute to boot up. <br /> # Open terminal and SSH to the Pi with <code> ssh pi@raspberrypi.local</code>. If you're getting a host or timeout error, the Pi probably hasn't finished booting up yet. If all lights on the Pi are flashing indicating a full boot up but you're still not able to SSH, make sure SSH is enabled and type in <code>arp -a</code> to view your network cache. The Pi should appear as a <code>198.162.--.--</code> IP address. <br /> # You’ll be prompted to verify you’re trying to login to the Raspberry Pi. Type “yes” and press return. Type the password, which is “raspberry” and press return. Boom! You’re logged into your Raspberry Pi.<br /> <br /> == SSH for Windows == <br /> # Buy a Mac. If that doesn't work, ensure the ethernet cable is securely connected between your computer and the Raspberry Pi.<br /> # Plug in the wall power adapter into the Raspberry Pi, and then plug it into the wall to turn the power on. The Raspberry Pi will take a minute to boot up. <br /> # On your computer, open Putty and enter the Host Name as <code>raspberrypi.local</code> and press open. <br /> # If everything goes according to plan, you’ll be prompted with a security prompt. Press “Yes”<br /> # This will open a terminal and ask for a Username and Password. The username is “pi” and the password is “raspberry“. After entering the credentials, you’ll get logged on to the Raspberry Pi terminal.<br /> <br /> == Setting up VNC == <br /> # We now need to run the VNC Server, so enter the following command into your SSH window: <code> vncserver :1</code>. If you haven't downloaded the VNC server application, follow step 2 of Getting Started. If you're using Windows, I can't guarantee that the <code> tightvncserver</code> will download over your SSH connection. <br /> # If this is the first time you've started the VNC server, you will be prompted to enter and confirm a password. It would make sense to use “raspberry” for this, but passwords are limited to 8 characters, so I use “raspberr”. Note that this is the password that you will need to use to connect to the Raspberry Pi remotely. You will also be asked if you want to create a separate “read-only” password – say no.<br /> # The VNC server is now running and so we can attempt to connect to it, but first we must switch to the computer from which we want to control the Pi and setup a VNC client to connect to the Pi. Open the VNC viewer you downloaded earlier and enter <code>raspberrypi.local:1</code> for the VNC Server. Leave the Encryption at the default setting and click Connect. Ignore the warning and enter the password you created earlier ("raspberr"). <br /> # The VNC window itself should appear. You're all set! <br /> <br /> <br /> [[Category:Avionics]]</div>

Cameron https://ssi-wiki.stanford.edu/w/index.php?title=RaspberryPi-VNC&diff=745 RaspberryPi-VNC 2015-12-27T17:49:07Z

<p>Cameron: Created page with "Hate having to plug in the Raspberry Pi to an external monitor and keyboard? This guide will let you set up a remote session on the pi directly from your laptop. You'll be abl..."</p> <hr /> <div>Hate having to plug in the Raspberry Pi to an external monitor and keyboard? This guide will let you set up a remote session on the pi directly from your laptop. You'll be able to view and interact with the Pi desktop with just an ethernet cable. <br /> <br /> <br /> [[Category:Avionics]]</div>

Cameron