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High-Speed Data Transmission Pipeline for Underwater Navigation System

intechhouse.com

Information technology

GPS

Security

Challenge

Advanced Underwater Systems Inc. faces the challenge of efficiently transmitting large volumes of real-time data from ultrasonic receivers to their AI-based positioning system running on a Linux platform. The current data transmission method is insufficient for the required low latency and high throughput necessary for accurate and timely underwater navigation, posing limitations to the precision and responsiveness of their diver tracking and object detection systems.

About the Client

A technology company specializing in the development of advanced underwater navigation and positioning systems for various applications, including diver tracking and underwater object detection.

Project Goals

Develop a robust and high-speed data transmission pipeline between the ultrasonic receiver and the AI positioning system.
Minimize data latency to enable real-time processing of underwater sensor data.
Ensure reliable and efficient data transfer under challenging underwater conditions.
Optimize data processing for accurate diver tracking and object detection.

System Functionality

Real-time data streaming from ultrasonic sensors.
Data buffering to handle temporary network congestion.
Efficient data compression and decompression.
Secure data transmission.
Error detection and correction mechanisms.

Preferred Technologies

Embedded Linux

C Programming

Kernel Module Development

Bare Metal Programming (Microcontroller)

Required Integrations

Ultrasonic sensor interface
Linux-based AI system
Potentially external data storage or processing systems

Non-Functional Requirements

Low latency (under 10ms)
High throughput (minimum 100 KB/s)
Scalability to support multiple sensors
Reliability and robustness in harsh underwater environments
Security of data transmission

Expected Business Impact

Successful implementation of this project will enable Advanced Underwater Systems Inc. to significantly improve the accuracy and responsiveness of its underwater navigation systems. This will lead to enhanced diver safety, more precise object tracking, and ultimately, a stronger competitive advantage in the market. The ability to process data in real-time will also open up opportunities for new features and applications within their product line.