This article will guide you on your journey of setting up an ODROID-C2 with Ubuntu* 16.04 (LTS), building CMake*, OpenCV, and Intel® OpenVINO™ toolkit, setting up your Intel® NCS 2, and running a few samples to make sure everything is ready for you to build and deploy your Intel® OpenVINO™ toolkit applications. ▶
The following instructions show how to compile the TVH code for the ODROID-C2 ▶
Productivity is key. One of the reasons people work on the command line with BASH, despite all the fancy graphic options even for SBCs like our ODROIDs, is that you can get your task done faster, and with options for automation. ▶
I added wireless charging capabilities to my ODROID-GO Advance. ▶
In my last article I was setting up my ODROID-H2 as a first computer (running Linux) for my 7 year old son. As you know, with great power comes great responsibility, so this means I have to be able to enforce some limits on computer time. ▶
@pearllinux created a video surveillance image based on Ubuntu 18.04 using the 3.16.75 kernel, featuring pre-installed and active upon first boot Motion Video Surveillance Software running in User Mode. Come check it out! ▶
Hardkernel offers a few USB based WiFi modules to enable WiFi connectivity for their Single Board Computers (SBCs). Some of them can also be used to deploy these SBCs as Access Points. ▶
Here's what I call ODROID GameStation Turbo Advance. A feature packed gaming OS for the ODROID-GO Advance utilizing X11 as a graphics backend and attract mode as a frontend for emulators, games and tools. ▶
This appliance style "JeOS" Linux distribution is perfect for running emulators, as it boots lightning fast and uses a minimum of resources ▶
UPDATE: MongoDB 4.0.6 on ODROID C2 with Ubuntu 18.04 I use a MongoDB database to analyze data extracted from logs on Linux production servers that handle hundreds of thousands of users per day. I also have databases that I use for research topics. I have pulled data from The British ▶
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