BigSnarf blog

Infosec FTW

Category Archives: Thoughts

Robotic Adversary

Real time collision detection

Deep Learning Satellite Images

Securing FPGA

Screen Shot 2017-04-19 at 9.07.34 PM

https://www.microsemi.com/products/fpga-soc/security/secure-boot-fpga

http://www.tortugalogic.com/blog/2016/8/2/securing-fpgas

Click to access wp-01033.pdf

http://www.springer.com/gp/book/9789048191567

http://www.springer.com/gp/book/9789400713376

Click to access grand_embedded_security_US04.pdf

Click to access wp-01252-secure-device-manager-for-fpga-soc-security.pdf

 

CNN on FPGA

ADAS

Self Driving Car Operating System

Screen Shot 2017-03-20 at 6.20.31 PMScreen Shot 2017-03-20 at 6.18.10 PMScreen Shot 2017-03-20 at 6.03.27 PM

TACC Traffic-Aware-Cruise-Control

tracking_white_van.gif

Screen Shot 2017-03-24 at 9.04.14 AM

russian_sdc

ff_autonomouscars3_f

901_Framegrab_Camera_sensor-e1441246576585

Traffic-Aware Cruise Control uses a camera

Mounted on the windshield behind the interior rear view mirror and a radar sensor in the
center of the front grill to detect whether there is a vehicle in front of you in the same
lane. If the area in front of car is clear, Traffic-Aware Cruise Control is designed to
drive consistently at a set speed.
When a vehicle is detected, Traffic-Aware Cruise Control is designed to slow down the car if
needed to maintain a selected time-based distance from the vehicle in front, up to the
set speed. Traffic-Aware Cruise Control does not eliminate the need to watch the road in
front of you and to apply the brakes if needed.
Traffic-Aware Cruise Control makes it easy to maintain a consistent time-based distance
from a vehicle travelling in front of you in the same lane. Traffic-Aware Cruise Control is
primarily intended for driving on dry, straight roads, such as highways and freeways. It
should not be used on city streets.

Ego-motion

Optical Flow experiments