#Humanoid robots can army crawl, breakdance, and do continuous backflips without task-specific training, using a new motion-imitation framework called ZEST. Learn more in Science #Robotics: https://t.co/h6OVsNekTh
Back to writing small, lightweight and (hopefully) useful open-source robotics tools.
Presenting bno055_imu: a lightweight firmware and python tool for working with the low-cost BNO055 IMU
Github: https://t.co/uERhobHxD0
THE TECHNO-OPTIMIST MANIFESTO part 1
“You live in a deranged age — more deranged than usual, because despite great scientific and technological advances, man has not the faintest idea of who he is or what he is doing.”
— Walker Percy
“Our species is 300,000 years old. For the first 290,000 years, we were foragers, subsisting in a way that’s still observable among the Bushmen of the Kalahari and the Sentinelese of the Andaman Islands. Even after Homo Sapiens embraced agriculture, progress was painfully slow. A person born in Sumer in 4,000BC would find the resources, work, and technology available in England at the time of the Norman Conquest or in the Aztec Empire at the time of Columbus quite familiar. Then, beginning in the 18th Century, many people’s standard of living skyrocketed. What brought about this dramatic improvement, and why?”
— Marian Tupy
“There’s a way to do it better. Find it.”
— Thomas Edison
Lies
We are being lied to.
We are told that technology takes our jobs, reduces our wages, increases inequality, threatens our health, ruins the environment, degrades our society, corrupts our children, impairs our humanity, threatens our future, and is ever on the verge of ruining everything.
We are told to be angry, bitter, and resentful about technology.
We are told to be pessimistic.
The myth of Prometheus – in various updated forms like Frankenstein, Oppenheimer, and Terminator – haunts our nightmares.
We are told to denounce our birthright – our intelligence, our control over nature, our ability to build a better world.
We are told to be miserable about the future.
Can you compile Julia code to a small binary that can be called from a C program?
It turns out, yes you can!
Here is a small demo that implements a basic Kalman filter in Julia, compiles this to a shared library (15kB) and then calls it from a C program.
https://t.co/qHx3swtjPJ
my @DeepMind project is out!
MuJoCo MPC (MJPC) is an interactive tool for real-time behavior synthesis with predictive control algorithms.
paper: https://t.co/Pqxn34c3pC
code: https://t.co/YMQrijc7sk
video: https://t.co/3j7CGejCew