Difference between revisions of "Online Workshop"
From UCLA Miniscope
(→Imaging Principles and Microscope Design) |
(→Image Processing and Analysis) |
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[https://drive.google.com/a/g.ucla.edu/folderview?id=0B-x_dM_VK0wKeDZnYlRBTHVIOGs&usp=sharing| Sample Imaging Data] | [https://drive.google.com/a/g.ucla.edu/folderview?id=0B-x_dM_VK0wKeDZnYlRBTHVIOGs&usp=sharing| Sample Imaging Data] | ||
| − | [https:// | + | [https://www.dropbox.com/s/d5y8o1nghf785iw/Data%20Acquisition%20and%20Image%20Processing%E2%80%8B%C2%AD.pptx?dl=0 | Image Processing and Analysis Powerpoint] |
== Hands-on Workstations == | == Hands-on Workstations == | ||
Revision as of 00:45, 17 March 2017
This page will contain videos of everything presented at our in-person workshops (Will be updated shortly).
Contents
- 1 Imaging Principles and Microscope Design
- 2 Surgery Procedure and Baseplating
- 3 Image Processing and Analysis
- 4 Hands-on Workstations
- 4.1 Soldering Coaxial Cable to CMOS Imaging Sensor PCB
- 4.2 Soldering SMA Connector to Coaxial Cable
- 4.3 Soldering Male SMA Connector/Cable to DAQ PCB v2.01
- 4.4 Soldering LED onto LED PCB
- 4.5 Soldering LED wires to PCBs
- 4.6 Assembly of Miniscopes
- 4.7 Image Acquisition and Lens Testing
- 4.8 In Vivo Imaging and Behavior
Imaging Principles and Microscope Design
Surgery Procedure and Baseplating
Surgery and Baseplating Presentation
Image Processing and Analysis
| Image Processing and Analysis Powerpoint
Hands-on Workstations
Soldering Coaxial Cable to CMOS Imaging Sensor PCB
Soldering SMA Connector to Coaxial Cable
Soldering Male SMA Connector/Cable to DAQ PCB v2.01
This connector will be changed to a through-hole SMA connector in a future version of the DAQ PCB. For version 2.01 DAQ PCBs follow the steps shown in the video below.
