There are various different methods and apparatuses in relation to detecting harmful toxins within our ocean and other aquatic environments. The need is for the best approach given the time sensitivity of the matter. Through looking at my past designs, and other buoy deployments, there may be a way to improve detection in regards to signal strength capability. This requires a thorough understanding and overview of software defined networking capabilities centered under underwater wireless communication and telemetry, as well as methods of improvement in regards to real time detection. There also needs to be an emphasis on the real time detection of data and its importance. The likelihood of a noticeable improvement is centered on the idea of a P2P wireless and/or mesh networking implementation to improve signal latency and strength. There shall also be an emphasis on experimental methods as well and protocols of improvement or further implementation. Due to the doppler effect on waves, and the difficulty for traditional signal processing and strength to happen underwater, research within the field of underwater acoustics and wireless communication is crucial.
Underwater Telemetry Sensory Mechanisms
