Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: To prevent scalability problem caused by increasing traffic of real-time#R##N#   applications, cluster architecture with Time Division Multiple Access (TDMA)#R##N#   scheduling scheme is mostly deployed in wireless sensor networks. Hover,#R##N#   even though it have proven good scalability and suitability for real-time#R##N#   communications, but static scheduling lacks of adaptability in several#R##N#   situations by not admitting some real-time flows where slots remain#R##N#   available. To solve mentioned problem, in this paper,  propose an adaptive#R##N#   cluster-based scheduling scheme for real-time flows by utilizing the time#R##N#   slots for flows according to type of flows such as inside or outside#R##N#   cluster. So, the proposed scheme can achieve better utilization of channel#R##N#   by minimizing the number of unused channels for real-time flows than static#R##N#   scheme through new adaptive TDMA scheduling scheme . Simulation results show#R##N#   that more flows are admitted and delivered within the deadline in the#R##N#   proposed scheme by utilizing unused time slots accordingly.
['Ali Vaziri Gohar', 'Kyong Hoon Kim', 'Ki-Il Kim']
I am writing a research paper on a idea Adaptive TDMA scheduling for real-time flows in cluster-based wireless sensor networks
[{"from": "human", "value": "I am writing a research paper on a idea Adaptive TDMA scheduling for real-time flows in cluster-based wireless sensor networks"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: To prevent scalability problem caused by increasing traffic of real-time#R##N#   applications, cluster architecture with Time Division Multiple Access (TDMA)#R##N#   scheduling scheme is mostly deployed in wireless sensor networks. Hover,#R##N#   even though it have proven good scalability and suitability for real-time#R##N#   communications, but static scheduling lacks of adaptability in several#R##N#   situations by not admitting some real-time flows where slots remain#R##N#   available. To solve mentioned problem, in this paper,  propose an adaptive#R##N#   cluster-based scheduling scheme for real-time flows by utilizing the time#R##N#   slots for flows according to type of flows such as inside or outside#R##N#   cluster. So, the proposed scheme can achieve better utilization of channel#R##N#   by minimizing the number of unused channels for real-time flows than static#R##N#   scheme through new adaptive TDMA scheduling scheme . Simulation results show#R##N#   that more flows are admitted and delivered within the deadline in the#R##N#   proposed scheme by utilizing unused time slots accordingly."}]