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The client’s primary objective was to explore the feasibility of developing an efficient interprocessor communication system. The challenge lay in transmitting large volumes of data generated by the ultrasonic receiver to the AI system running on a Linux-based platform. This data needed to be processed in real time to enable accurate underwater positioning. The project aimed to answer key technical questions:
Our role in this feasibility study was to develop a proof-of-concept communication pipeline between the microcontroller and Linux-based system, focusing on the rapid transmission of ultrasonic data for real-time processing.
Through these developments, the goal was to test whether the system could meet the real-time data processing demands necessary for accurate diver tracking and underwater object detection.
Technologies used in this project
The feasibility study provided the client with valuable insights into the technical viability of establishing a high-speed communication link between the microcontroller and Linux-based system. While the project did not progress to full-scale implementation, the results from this study laid the groundwork for future development.
The client was able to:
The study also enabled the client to fine-tune their technical requirements and prepare for the next phases of their product’s development lifecycle.
While this project focused on feasibility, it provided a clear path forward for the client. The next steps involve refining the communication system and addressing technical challenges to achieve full integration. The results of this study equip the client with a foundation for future innovation in underwater navigation and AI-based positioning systems, setting the stage for more reliable and efficient systems.
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2024 © InTechHouse – Software and Electronic Engineering
All rights reserved