Pinned Repositories
2021-BOTS
Bits of the Stars - Build Season Stage 2 Game Project
2086-Final-Project
Final project for 2.086 - Numerical Computation for Mechanical Engineers
6-8210-Sk8t3r-Bot
Final project for 6.8210, an ice skating monopedal robot - Sk8t3r Bot
ARTHUR
ARTHUR (A Robot To Help Us Robot) is an off season project to help train the team for the upcoming build season. This is a series of modifications to the 2018-2019 off season project JUNIOR to recode it all from scratch and possibly add more functionality.
Extended-Drive-Characterization
The FRC Characterization tool provides an easy way to get an insight into the physics behind robot motors. It generates a robot project to be used in conjunction with the tool to extrapolate constants that describe the physical behavior of a selected motor. While these constants accurately model the linear motion of the robot's drive base when both sides of the robot are running at similar speeds, it is an incomplete description, especially since one side may be slightly mechanically different from the other. This repository aims to describe every motor on the drive base individually and to produce information needed to run a Kalman filter localization that can fuse data from encoders, accelerometer and gyroscope readings from a NavX IMU, and current readings from the TalonFX motor controller
FRC2020_Infinite_Recharge
Team 4183's repository for our Infinite Recharge robot's code
Motor-Constant-Extrapolation
Extrapolate motor constants from given data points. Resistance, viscous friction coefficient, torque, and EMF constants are taken from provided motor curve data using a least squares planar regression without intercept (no friction). Inductance and moment of inertia are taken from measurements done with no load while not in steady state using a gradient descent algorithm. Frictional torque is taken from measurements with typical load using a least squares regression.
RNNs-for-Bayesian-State-Estimation
Robot-Automatic-Continuous-Guidance
Roomba
Senior-Research-Project
Deep Recurrent Learning for Bayesian State Estimation of Autonomous Six Degree-of-Freedom Optical Lunar Lander
howard-beck's Repositories
howard-beck/Extended-Drive-Characterization
The FRC Characterization tool provides an easy way to get an insight into the physics behind robot motors. It generates a robot project to be used in conjunction with the tool to extrapolate constants that describe the physical behavior of a selected motor. While these constants accurately model the linear motion of the robot's drive base when both sides of the robot are running at similar speeds, it is an incomplete description, especially since one side may be slightly mechanically different from the other. This repository aims to describe every motor on the drive base individually and to produce information needed to run a Kalman filter localization that can fuse data from encoders, accelerometer and gyroscope readings from a NavX IMU, and current readings from the TalonFX motor controller
howard-beck/RNNs-for-Bayesian-State-Estimation
howard-beck/2021-BOTS
Bits of the Stars - Build Season Stage 2 Game Project
howard-beck/2086-Final-Project
Final project for 2.086 - Numerical Computation for Mechanical Engineers
howard-beck/6-8210-Sk8t3r-Bot
Final project for 6.8210, an ice skating monopedal robot - Sk8t3r Bot
howard-beck/allwpilib
Official Repository of WPILibJ and WPILibC
howard-beck/ARTHUR
ARTHUR (A Robot To Help Us Robot) is an off season project to help train the team for the upcoming build season. This is a series of modifications to the 2018-2019 off season project JUNIOR to recode it all from scratch and possibly add more functionality.
howard-beck/bitbuckets-github-intro
howard-beck/FRC2020_Infinite_Recharge
Team 4183's repository for our Infinite Recharge robot's code
howard-beck/Motor-Constant-Extrapolation
Extrapolate motor constants from given data points. Resistance, viscous friction coefficient, torque, and EMF constants are taken from provided motor curve data using a least squares planar regression without intercept (no friction). Inductance and moment of inertia are taken from measurements done with no load while not in steady state using a gradient descent algorithm. Frictional torque is taken from measurements with typical load using a least squares regression.
howard-beck/Robot-Automatic-Continuous-Guidance
Roomba
howard-beck/Senior-Research-Project
Deep Recurrent Learning for Bayesian State Estimation of Autonomous Six Degree-of-Freedom Optical Lunar Lander
howard-beck/BucketVision
Python-based Vision Pipeline for BitBuckets Robotics
howard-beck/ButtonControl
howard-beck/CalendarExtension
BTN Calendar Plugin
howard-beck/DogSCAN
This is a program I made to capture pictures of my dog climbing on top of my couch while I was at school. It would email me pictures of him climbing during the school day. This program was run on NodeJS with the "jimp" and "nodemailer" packages. This does not include the .exe file which generated images, but that can be found here: https://github.com/tedburke/CommandCam. The program will likely crash if run without modifications since I removed the username and password of the email addresses
howard-beck/FRC-2018-Test
Testing files for FRC
howard-beck/FRC2019_Auto_Simulator
Simulator for the autonomous sequence of our 2019 robot
howard-beck/FRC2019_Destination_Deep_Space
Mission Control for the 2019 FRC Season
howard-beck/FRCSim
Java simulator for FRC Robots
howard-beck/Offseason2020
howard-beck/PIDF_Examples
Examples of motor control using PID(F), motor constants from example at http://ctms.engin.umich.edu/CTMS/index.php?example=MotorSpeed§ion=ControlStateSpace
howard-beck/SimBot
An empty Robot project with FRCSim support
howard-beck/SRP-2
howard-beck/swolent-tim
Discord bot for MIT 2025 server
howard-beck/Testing_MotionConfigs
Testing MotionConfig (PIDF + anything else motor controllers can store per slot) part of BBMotorController API
howard-beck/Testing_Units_API
Test cases for Bit Buckets Units API