Is it possible to install Ubuntu 14 or 16 on the intel aero board? I mostly care about the realsesnse cameras and downward facing camera working in Ubuntu.
I successfully installed Ubuntu 16.04 on the Aero Board, do you know if there is a way to activate or enable the Intel Realsense inside? (Not sure if I have to access the FPGA to activate the realsense camera)
Thank you for interest in the Intel® Aero Compute Board.
I understand that you want to use Ubuntu with your Aero Board, unfortunately, that OS is not supported.
The software that enables the interaction between the Aero Board and the RealSense camera is currently not ready to be released, and once it does, it will be open source and developed for the default image.
Sorry for the inconvenience that this may cause.
Can you please elaborate on this statement: "The software that enables the interaction between the Aero Board and the RealSense camera is currently not ready to be released"
Is the RealSense camera connected over a different bus than USB 3.0?
In the specs it is states that the R200 camera is connected over a "dedicated USB 3.0 port". In that case, what is it that needs to be enabled?
We really need more details and documentation from your side.
You are launching a product intended for use in research labs and intended for developers, but you give them no real access, no documentation and now closed sources as well?
Sebastian, did you have any success with the RealSense camera in Ubuntu?
What I meant is that, currently, the interaction between the Aero Board and the RealSense camera has to be done via command lines (https://github.com/intel-aero/meta-intel-aero/wiki/RealSense https://github.com/intel-aero/meta-intel-aero/wiki/RealSense), since there is not another software available.
In order to know more about how the RealSense R200 camera is connected, please check the following link .
I'm aware that the research and developing community is waiting for more documentation, and I assure that Intel is working on the corresponding guides and software. Unfortunately, there is not an estimate time of arrival for that information.
I'm sorry for the inconvenience this may cause.
It can not be true that the interaction is only command line based? The example applications must have some sort of source code and the librealsense library does also exist.
Can you please explain why no further information about using the Realsense camera in eg. ROS related applications is available when you have truly shown a demonstration on the Yuneec drone capable of using the Realsense camera for obstacle avoidance?
You do indeed shoot yourself in the foot - and you do only make it less attractable to work with this platform.
Sorry for the late reply.
The Intel RealSense camera sensors can easily be accessed:
• As a video device, using V4l2 libraries in the language of your choice (try /dev/video13 first on the Ready to Fly Drone).
• With the higher level RealSense libraries, https://github.com/IntelRealSense/librealsense https://github.com/IntelRealSense/librealsense there's a lot of code samples available on their GitHub, but please keep in mind that it is not drone specific.
• With the, drone specific, Collision Avoidance library https://github.com/01org/collision-avoidance-library https://github.com/01org/collision-avoidance-library, which you can study and adapt it to your needs.
RealSense ROS node is possible today based on online documentation http://wiki.ros.org/RealSense http://wiki.ros.org/RealSense.
I hope you find the previous information useful.
Currently, there isn't an estimate time for arrival for the RealSense ROS library.
Please keep visiting the community for the latest information regarding this type of software updates and documentation.
Sorry for the inconvenience this may cause.
Have a nice day.
I installed Ubuntu 16.04 on the Aero board.
I want to connect a pixhawk to this board
I followed the instructions given in https://www.intel.com/content/dam/support/us/en/documents/boardsandkits/aero/apu-161110-pixhawk-flig... https://www.intel.com/content/dam/support/us/en/documents/boardsandkits/aero/apu-161110-pixhawk-flig... but I cannot communicate with the Pixhawk.
Do I need to configure the ubuntu in some way?
Thank you for your patience,
Please note that Ubuntu is currently not supported on the Intel Aero platform. We recommend switching to the default Yocto image and also take a look at how Mavlink is setup to communicate to the flight controller.
Using Yocto project required some professional skills in embedded linux.
I'm afraid there is not enough documentation to help the robotics programmer who ain't specialized in embedded linux to skip all the complex stuff.
I believe, it will be easier and faster for most of robotics programmers to develop in Ubuntu instead of embedded linux.
Is there any plan to support Ubuntu in the near future?
Maybe you can add more courses\wiki pages to help us work properly with the AERO? (Paul G.'s course helps a lot, but still lacks information)
By the way, I installed a ROS docker and now I stuck to understand how to communicate with another ROS nodes running in another computer with different IP address....
Thank you for your patience and we apologize for the delay.
Unfortunately we do not discuss future plans, as soon as we have information on Ubuntu support we will communicate it to the community.
We understand there is lack of clear documentation and are working to improve the documentation.
The communication for the ROS nodes should be possible if both ROS systems are connected to the same network as long as the network is setup correctly. Unfortunately that is a generic ROS question and the customer would need research as it's out of our support scope.
Thank you for your understanding.