Deep learning has shown a great promise in many areas of technology were data widely available. There are certain areas that deep learning can be applied to but the infrastructure for data collection is young and not yet matured. Open…
We are excited to start capturing the labeled training data with the aide of the new open muscle lask device which is a modified physical therapy tool aimed at strengthening the fingers and dexterity of the hand. We did a…
Working on the documentation for open muscle there were a few definitions or naming conventions that we needed to settle on. Since we are primarily approaching this problem from a regression training approach with labels we wanted to give the…
We needed a simple and transparent way to setup and update #openmuscle devices, so we created ugit. A simple single file micropython module that will keep a micropython board in sync with the latest changes in a GitHub repository. We…
OTA updates by adding uget.py and uget_config.py to your repository! Currently uget is not able to traverse folders that don’t have items directly inside of the directory. But more features will be added as we modify it for #openmuscle. We…
It was difficult to find the ESP32 S2 Mini pinout and even the wemos website does not specify what the pins are save for in the datasheet. According to the images The ESP32 S2 mini pinouts show pins 1-18,21,33-40 being…
The prototype is working and gathering data. The position of the pins still need some help being directed radially inward, so we are hard at work developing the new Cell cases. Check out the quickly edited video: More videos…
The boards have finally arrived and the Gerber files are being uploaded to Github. The diagram is currently being developed but here is a sneak peak of it, plus of the 5.3.0 prototype!!!
Check out the latest video where I adapt one of the prototype PCB boards for the new clevis pin design: