Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Maintaining bonds of cohesion beten members of small groups in densely populated venues (e.g., a family in an amusement park, or some friends in a stadium) is increasingly gaining interest, both as a safety measure against malicious activity and as a convenient tool to prevent group splitting. Note that the use of mobile phones is often ruled out in such scenarios, due to extreme network load. Current solutions are typically based on custom installations of antennas, centralized control, and user devices with high transmission por. In this work  propose a novel method for anonymously spread- ing presence information among group members in dense environments, based on a completely decentralized mobile ad hoc network approach. Our system operates independently of any infrastructure and is target- ted at resource constrained, inexpensive and expendable user devices. Quite importantly, our system protects the privacy of its users, both for their safety and for ethical reasons.
['Albana Gaba', 'Spyros Voulgaris', 'Maarten van Steen']
I am writing a research paper on a idea Group Monitoring in Mobile Ad-Hoc Networks
[{"from": "human", "value": "I am writing a research paper on a idea Group Monitoring in Mobile Ad-Hoc Networks"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Maintaining bonds of cohesion beten members of small groups in densely populated venues (e.g., a family in an amusement park, or some friends in a stadium) is increasingly gaining interest, both as a safety measure against malicious activity and as a convenient tool to prevent group splitting. Note that the use of mobile phones is often ruled out in such scenarios, due to extreme network load. Current solutions are typically based on custom installations of antennas, centralized control, and user devices with high transmission por. In this work  propose a novel method for anonymously spread- ing presence information among group members in dense environments, based on a completely decentralized mobile ad hoc network approach. Our system operates independently of any infrastructure and is target- ted at resource constrained, inexpensive and expendable user devices. Quite importantly, our system protects the privacy of its users, both for their safety and for ethical reasons."}]