Difference between revisions of "TB3 Intel ROS Project"
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| + | == Opens == | ||
| + | |||
| + | * rm cv2.so | ||
| + | * D200 (not D400) | ||
| + | * RealSense Version | ||
| + | |||
== References == | == References == | ||
Revision as of 19:19, 26 June 2018
Contents
Opens
- rm cv2.so
- D200 (not D400)
- RealSense Version
References
Prerequisites: (0)
Status
In Process
Software Environment
- Ubuntu 16.04 Done Dual Boot
- ROS Kenetic Done Dellras ROS
- 3D camera ROS node Resolve Version Specs See Package 4 below
Package: Object Msgs (1)
Status
Done
References
- README
- ROS Intel Movidius README see also section 4 See also "building and Installation"
Build, Install and Test
Package: Intel ROS Object Detect Launch (3)
Status
Done
Reference
Build, Install and Test
TB3 Intel ROS Object Detect Launch
Package: ROS Intel Movidius NCS (4)
Status
Probably
REferences
Environment Setup
- README see section 3 "Environment Setup"
- Install ROS Kinetic Desktop-Full Done Dellras ROS
- Create a catkin workspace Done
- Install NCSDK v1.12.00 Done TB3 Movidius Newual Compute Stick 1.12
- Install NC APP Zoo Done TB3 Movidius Applications
- NCSDK should be installed in /opt/movidius by default. Create a symbol link in /opt/movidius to NC APP Zoo. Done TB3 Movidius Applications
- Install ROS package for different cameras as needed. Done
- Standard USB Cameras Done TR3 Standard USB Cameras or
- RealSense D400 series camera D200 maybe TB3 RealSense Test
Build and Install
TBD
Running Demos
TBD
Package: Intel ROS Object Analytics (2)
Status
In Process
Reference
Install, Test and Run
TB3 Intel ROS Object Analytics
Package: ROS OpenCL Caffe (5)
Status
TBD
