jooyongsim Goto Github PK

osmoai_publication

Repository for code and data related to Osmo publications.

pips2

PIPs++

pressure-control-unit-interface-app-code

This code is installed and run in a personal computer to communicate with arduino microcontroller. The code includes functions to set PID gains and send a desired pressure waveform. The code is coded in C sharp (i.e., C++ ) code and can be installed as a standard Windows software, uninstalled in the Control Panel of Windows. Once the software is installed, one can find the program Valve Control Interface and Communication GUI in Start up> All programs. Through a computer, this code talks to an arduino board, which is already downlowed for the embeded code, which will be described in the section 7. The GUI enables the user to interact graphically and control the controller unit. Communication elements such as BAUD rate are easily accessible from the GUI. A graph in GUI shows the current pressure as it is received. Access to a PID controller parametes is allowed and the target pressure can be either constant or varying. The communication is done over a Serial port. Significant parts of this program are segments of open source code found over the internet called ZedGraph (http://sourceforge.net/projects/zedgraph/).

ratiometric-fret-analysis

real2sim_fem

Sources for the paper Real2Sim: Visco-elastic parameter estimation from dynamic motion (and partially also ADD: Analytically Differentiable Dynamics for Multi-Body Systems with Frictional Contact)

realtime_rppg

spatial_tansformer_tutorial

unimatch

[TPAMI'23] Unifying Flow, Stereo and Depth Estimation

vo_slam_impl_study

vo_slam_impl_study-1

Links to SLAM implementation project repositories, by the members of MODULABS SLAM study (2020.10.10~2020.12.30)

webcam-pulse-detector

A python application that detects and highlights the heart-rate of an individual (using only their own webcam) in real-time.

webpage

yt-dlp

A youtube-dl fork with additional features and fixes

zoedepth

Metric depth estimation from a single image