Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: In the first part of the paper,  modeled and characterized the underwater radio channel in shallowwaters. In the second part, analyze the application requirements for an underwaterwireless sensor network (U-WSN) operating in the same environment and perform detailed simulations.  consider two localization applications, namely self-localization and navigation aid, and propose algorithms that work ll under the specific constraints associated with U-WSN, namely low connectivity, low data rates and high packet loss probability.  propose an algorithm where the sensor nodes collaboratively estimate their unknown positions in the network using a low number of anchor nodes and distance measurements from the underwater channel. Once the network has been self-located,  consider a node estimating its position for underwater navigation communicating with neighboring nodes.  also propose a communication system and simulate the whole electromagnetic U-WSN in the Castalia simulator to evaluate the network performance, including propagation impairments (e.g., noise, interference), radio parameters (e.g., modulation scheme, bandwidth, transmit por), hardware limitations (e.g., clock drift, transmission buffer) and complete MAC and routing protocols.  also explain the changes that have to be done to Castalia in order to perform the simulations. In addition,  propose a parametric model of the communication channel that matches ll with the results from the first part of this paper. Finally,  provide simulation results for some illustrative scenarios.
['Javier Zazo', 'Sergio Valcarcel Macua', 'Santiago Zazo', 'Marina Pérez', 'Iván A. Pérez-Álvarez', 'Eugenio Jiménez', 'Laura Cardona', 'Joaquín Hernández Brito', 'Eduardo Quevedo']
I am writing a research paper on a idea Underwater Electromagnetic Sensor Networks, Part II: Localization and Network Simulations
[{"from": "human", "value": "I am writing a research paper on a idea Underwater Electromagnetic Sensor Networks, Part II: Localization and Network Simulations"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: In the first part of the paper,  modeled and characterized the underwater radio channel in shallowwaters. In the second part, analyze the application requirements for an underwaterwireless sensor network (U-WSN) operating in the same environment and perform detailed simulations.  consider two localization applications, namely self-localization and navigation aid, and propose algorithms that work ll under the specific constraints associated with U-WSN, namely low connectivity, low data rates and high packet loss probability.  propose an algorithm where the sensor nodes collaboratively estimate their unknown positions in the network using a low number of anchor nodes and distance measurements from the underwater channel. Once the network has been self-located,  consider a node estimating its position for underwater navigation communicating with neighboring nodes.  also propose a communication system and simulate the whole electromagnetic U-WSN in the Castalia simulator to evaluate the network performance, including propagation impairments (e.g., noise, interference), radio parameters (e.g., modulation scheme, bandwidth, transmit por), hardware limitations (e.g., clock drift, transmission buffer) and complete MAC and routing protocols.  also explain the changes that have to be done to Castalia in order to perform the simulations. In addition,  propose a parametric model of the communication channel that matches ll with the results from the first part of this paper. Finally,  provide simulation results for some illustrative scenarios."}]