Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: According to PSM, each station must announce traffic before its transmis- sion. PSM requires for this purpose a rather large handshaking period to complete the required announcements. This functional behavior puts a heavy constraint on the size of the announcement period and consequently on throughput, delay and more importantly on por consumption.  proposes an optimization of some functional properties of PSM in order to improve its performances. Our proposed UTA-PSM (Unicast Topology Aware Por Saving Mechanism) aims to reduce the number of exchanged announcement frames in order to reduce the announcement period. Conducted simulations show that UTA-PSM outperforms superbly PSM and por saving mechanisms such as the DCS-ATIM that dynamically adjusts the handshaking period according to the traffic load.  show that UTA-PSM deliv- ers more throughput with a smaller average delay yet yielding a much better por saving and robustness.
['Wafa Akkari', 'Abdelfettah Belghith']
I am writing a research paper on a idea Enhancing Power Saving Mechanisms for Ad hoc Networks
[{"from": "human", "value": "I am writing a research paper on a idea Enhancing Power Saving Mechanisms for 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: According to PSM, each station must announce traffic before its transmis- sion. PSM requires for this purpose a rather large handshaking period to complete the required announcements. This functional behavior puts a heavy constraint on the size of the announcement period and consequently on throughput, delay and more importantly on por consumption.  proposes an optimization of some functional properties of PSM in order to improve its performances. Our proposed UTA-PSM (Unicast Topology Aware Por Saving Mechanism) aims to reduce the number of exchanged announcement frames in order to reduce the announcement period. Conducted simulations show that UTA-PSM outperforms superbly PSM and por saving mechanisms such as the DCS-ATIM that dynamically adjusts the handshaking period according to the traffic load.  show that UTA-PSM deliv- ers more throughput with a smaller average delay yet yielding a much better por saving and robustness."}]