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ShAKY (SHift Angle KentuckY camera sensor module) with Xsync 3D Printer File Image 1
ShAKY (SHift Angle KentuckY camera sensor module) with Xsync 3D Printer File Image 2
ShAKY (SHift Angle KentuckY camera sensor module) with Xsync 3D Printer File Image 3
ShAKY (SHift Angle KentuckY camera sensor module) with Xsync 3D Printer File Image 4
ShAKY (SHift Angle KentuckY camera sensor module) with Xsync 3D Printer File Image 5
ShAKY (SHift Angle KentuckY camera sensor module) with Xsync 3D Printer File Thumbnail 1
ShAKY (SHift Angle KentuckY camera sensor module) with Xsync 3D Printer File Thumbnail 2
ShAKY (SHift Angle KentuckY camera sensor module) with Xsync 3D Printer File Thumbnail 3
ShAKY (SHift Angle KentuckY camera sensor module) with Xsync 3D Printer File Thumbnail 4
ShAKY (SHift Angle KentuckY camera sensor module) with Xsync 3D Printer File Thumbnail 5

ShAKY (SHift Angle KentuckY camera sensor module) with Xsync

profhankd avatarprofhankd

February 11, 2020

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Description

ShAKY (SHift Angle KentuckY) is a little module designed to be mounted to the base of any camera -- an earlier version was specific to the Canon PowerShot ELPH160 or ELPH180 and lacked Xsync support. Via a USB cable, ShAKY can continuously report 9 axis position data with sufficient accuracy to distinguish position changes that alter the sensor image by less than a single pixel shift -- the graph above is an example of shake recorded during an exposure.

Why do this? Well, my lab at the University of Kentucky created ShAKY for a variety of research experiments involving new methods to obtain better images in the presence of camera shake.... It's posted here partly as documentation of our research, but also because the sensor assembly is surprisingly cheap and this packaging of it may serve as a good reference for coming up with packaging of the sensor module for other applications. The IS&T Electronic Imaging research paper overviewing it, source code, etc. are posted at Aggregate.org/DIT/ShAKY.

The working parts are two circuit boards and a 3.5mm jack with a debounce capacitor. The smaller (top-mounted) board is an $9 MPU9250/6500 9-Axis sensor module that measures movement in X, Y, Z, roll, pitch, and yaw as well as absolute X, Y, Z orientation using a magnetometer. The larger (bottom-mounted) board is a $6 Pro Micro ATmega32U4 Arduino that provides a programmable USB interface to the sensor. The USB interface also powers both boards. The jack is for the Xsync signal from the camera. Thus, the entire unit build cost is under $20..

License:

Creative Commons - Attribution

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