Change Details

Xilinx offers a custom QEMU branch for their development boards, which can be used as a starting point: http://www.wiki.xilinx.com/QEMU Goals: - boot unmodified Beta firmware image (Arch Linux with a custom kernel) - emulate the hardware devices required for initialization - emulate image capture (memory mapping) - emulate HDMI output(s) (memory mapping) - emulate some sort of user interface? - other hardware devices worth emulating? maybe IMU Note: FPGA emulation is probably not practical (likely very slow), so it may have to be emulated at functional level. Difficulty: hard Mentors: Alex, Herbert?

Xilinx offers a custom QEMU branch for their development boards, which can be used as a starting point: http://www.wiki.xilinx.com/QEMU Goals: - boot unmodified Beta firmware image (Arch Linux with a custom kernel) - emulate the hardware devices required for initialization - emulate image capture (memory mapping) - emulate HDMI output(s) (memory mapping) - emulate some sort of user interface? - other hardware devices worth emulating? maybe IMU Note: FPGA emulation is probably not practical (likely very slow), so it may have to be emulated at functional level. Difficulty: hard Mentors: Alex, Herbert

Xilinx offers a custom QEMU branch for their development boards, which can be used as a starting point: http://www.wiki.xilinx.com/QEMU Goals: - boot unmodified Beta firmware image (Arch Linux with a custom kernel) - emulate the hardware devices required for initialization - emulate image capture (memory mapping) - emulate HDMI output(s) (memory mapping) - emulate some sort of user interface? - other hardware devices worth emulating? maybe IMU Note: FPGA emulation is probably not practical (likely very slow), so it may have to be emulated at functional level. Difficulty: hard Mentors: Alex, Herbert?