Other Projects

Post Mission Analysis PMA

On-Board Processing for Linear Target Mapping

Background/Scenario In many military applications, communications to unmanned systems are limited or prohibited and In the undersea domain, this is often the norm. Conducting submarine-launched Autonomous Underwater Vehicle (AUV) operations requires a level of autonomy for the AUV dependent on its assigned tasks, environmental conditions, and operational permissiveness. In some covert undersea operations, the AUV […]

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WORKING WITH IOT AT BUCKNELL

WORKING WITH IOT AT BUCKNELL

Customizing Raspbian Images At Bucknell we have been deploying devices built around Raspberry Pies to take on a wide range of duties including data collection duties in the field. The Raspberry Pi turns out to be a hardy device we can close in weather proof containers and it uses less energy than many PC solutions

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The Remote Debugginator

The Remote Debugginator

The Remote Debugginator is a device created for the Acacia Irrigation Project to enable remote access to a LAN network over 3g. We have three irrigation sites serving about 20 farmers’ fields. Each of these sites has a Raspberry Pi collecting data on sunlight, temperature, power consumption, and pump usage. While working on the the project we

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Solar Power Specifications

Design Applications for Girls on Raspberry Pi Platform

1.0 Background Millions of girls in developing countries are still being denied an education. This issue isworldwide and slow education progress for girls nowadays will have a huge impact in societyover lifetime. To resolve this issue, Q8 engineering teams are concerned the girls’ educationalissues, using internet source for boosting STEM education, and technologies that interface

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Precision Pointing Device

Precision Pointing Device

IMAGE PROCESSING DETAILS The OTS MGS evolved across three main iterations. The driving system requirement of these iterations was processing all image analysis and feedback within 100ms per frame, or 10fps. First Iteration: Image processing starts with the loading of a video frame into memory as an image file. The microcontroller then iterated through the

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Autonomous Object Tracking Turret

Autonomous Object Tracking Turret

Project Objective For our ECE 5725 Design with Embedded Operating Systems final project, we created an autonomous object tracking turret. Our turret is able to locate blue objects in real time and autonomously track it with two degree freedom of motion (rotation and tilt). Our system can also be remotely controlled to emit a laser

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