Vision-Based Motion Sensor

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Presentation transcript:

Vision-Based Motion Sensor Jacaqueta Davis Michael Ledet Department of Computer Science and Industrial Technology Southeastern Louisiana University 500 W University Ave, Hammond, LA 70402

Objective To build a low cost motion detection device that will detect a human presence.

Low cost components Advanced Capabilities for Interfacing Initial Constraints Low cost components Advanced Capabilities for Interfacing

Initial Constraints → Results Low cost components Advanced Capabilities for Interfacing → Components combined price under $20 → Can program in Arduino IDE and AVRdude (command line terminal)

Main Components Adafruit Trinket Mini Pinhole camera Additional standard electronic components Pinhole camera

Outline Design test circuit Practical interfacing with microcontroller and camera

Outline Programming for: - Successive snapshots - Data Capsulation - Image analysis Troubleshooting/debugging - (Ongoing)

Data Capture Due to processing power of hardware: - Utilize minimal amount of data required to achieve motion detection

Data Capsulation Due to processing power of hardware: - Utilize minimal amount of data required to achieve motion detection

Image Analysis Comparison of two subsequent snapshots from the video feed: vs. Data Output

Progression Initial interfacing with camera Scripts: - Snapshot capture - File handling/Data Capsulation

Obstacles Processing information locally -Remote computer for data analysis? Tuning for sensitivity -Detection for people vs anything moving in the frame

Deliverables

Deliverables

References Trinket Mini 5V: https://www.adafruit.com/products/1501?gclid=CK68gPKMh9MCFdy6wAodk3MF6Q Optical Sensor: https://www.adafruit.com/products/3202 https://en.wikipedia.org/wiki/PIC_microcontroller#/media/File:Microchip_PIC24HJ32GP202.jpg https://i.ytimg.com/vi/m-_t_aIlQwg/maxresdefault.jpg