dll file and code for the main functionalities for the usurgery robot
Recent Commits
Commit | Author | Details | Committed | ||||
---|---|---|---|---|---|---|---|
b6f02e45b6e5 | ruegg | corrected readme | Aug 30 2021 | ||||
0d9ae87a12e2 | ruegg | corrected readme | Aug 30 2021 | ||||
cfe99a7954f3 | ruegg | added readme and license | Aug 30 2021 | ||||
0731d03cb8e7 | JonMarki | Added offset modification, tuned referencing, replaying. Added interface… | Aug 11 2020 | ||||
90729841fa47 | JonMarki | Changed the dll for the release version | Aug 7 2020 | ||||
a3cb6d89db00 | JonMarki | Added the code for the uSurgery plugin (JAVA), Updated the uSurgery plugin to… | Aug 6 2020 | ||||
afd073a64e3b | JonMarki | Added tremor cancellation and updated the uSurgery master plugin by adding the… | Aug 4 2020 | ||||
4b2766af36ee | JonMarki | v1.1 : Added the uSurgery plugin, added replay speed | Jul 30 2020 | ||||
c398f859e933 | JonMarki | Version 1.0 is now out! | Jul 29 2020 | ||||
dfeed17ea9b0 | JonMarki | Added the basic files for testing v0.99 | Jul 28 2020 |
README.md
usurgery main dll file
This repository contains the source code for a micro-manager device adapter for a 6 degree piezo robot arm (code folder) and a custom micro-manager plugin for experimental control (code/plugin folder). for convenience, it also contains the complied library for Windows 7 (micromanager folder).
The purpose of this project is to configure and operate a 6 DOF surgery robot in an experimental setup for microscopic tissue manipulation. It is used in the context of our paper:
Tissue sculpting with mechanically induced solid-fluid transitions by Erik Mailand, Ece Özelçi, Jaemin Kim, Matthias Rüegg, Odysseas Chaliotis, Jon Märki, Nikolaos Bouklas, and Mahmut Selman Sakar.
For more information on the micro-manager microscope hardware control and automation project, read:
or visit: micro-manager project page and micro-manager repository
Dependencies
- micromanager 1.4.23
Author and copyright
If you use this code, please cite:
@article{TODO: our paper}
Written by the Microbiorobotic Systems Laboratory at EPFL STI IGM. Contact: Matthias Rüegg, matthias.ruegg@epfl.ch