Design and implementation of a platform for activity recording of ruminant animals based on electronic wearable devices

Abstract:

This diploma thesis explores existing platforms for recording animal position and activities and proposes the development of a prototype platform for this purpose. The project involves conducting a survey of existing solutions at both prototype and commercial levels, followed by the design and implementation of a platform capable of recording position (via GPS) and activities (via accelerometers or pedometers). The implementation is based on extending the SnapperGPS platform, which already supports GPS functionality. Hardware designs and firmware modifications necessary for this extension are provided, along with support for implementation through GitHub.

Introduction:

In this era of technological advancement, the need for efficient and accurate methods of recording animal position and activities is paramount. Existing solutions serve as a foundation for further exploration and improvement. This thesis aims to delve into these solutions, identify their strengths and limitations, and ultimately design and implement an enhanced platform using the SnapperGPS system as a base.

Objectives:

• Conduct a comprehensive survey of existing platforms for recording animal position and activities, spanning both prototype and commercial solutions.
• Design a platform capable of recording animal position using GPS technology and monitoring activities through accelerometers or pedometers.
• Extend the SnapperGPS platform by incorporating additional hardware components and modifying firmware to support the new functionalities.
• Implement data transfer mechanisms to facilitate the seamless transfer of captured information, leveraging existing support for USB connectivity.
• Provide support for implementation through GitHub, ensuring accessibility and collaboration among stakeholders.

Methodology:

The methodology encompasses the following steps:

1. Survey existing platforms: Conduct research to identify and evaluate existing solutions for recording animal position and activities.
2. Design platform: Develop a comprehensive design for the platform, outlining hardware requirements, firmware modifications, and data transfer mechanisms.
3. Extend SnapperGPS: Modify the SnapperGPS hardware by adding a breakout board with accelerometers or pedometers, utilizing GPIO pads for integration.
4. Modify firmware: Adapt the existing SnapperGPS firmware to support the new functionalities required for recording animal activities.
5. Implement data transfer: Integrate data transfer mechanisms to facilitate the transfer of captured information via USB connectivity.
6. Support and collaboration: Provide support for implementation through GitHub, fostering collaboration and knowledge sharing among stakeholders.

Expected Contributions:

• Development of an enhanced platform for recording animal position and activities, leveraging existing technology and infrastructure.
• Identification of challenges and opportunities in extending the SnapperGPS platform to support new functionalities.
• Provision of support and resources for implementation, promoting accessibility and collaboration within the community.

Conclusion:

This thesis endeavors to address the need for improved methods of recording animal position and activities by developing a new platform based on the SnapperGPS system. By leveraging existing hardware and firmware resources, along with support for implementation through GitHub, the project aims to facilitate the creation of an efficient and accessible solution for researchers and enthusiasts alike.