Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  study the problem of finding an efficient schedule for convergecast in a wireless sensor network, using the SINR model of interference, and a TDMA protocol for medium access.  compare two approaches to computing a minimum length schedule for the TDMA frame. In the first approach, called the TC-approach, a multi-set of transmission configurations that are interference-free and that cover the convergecast traffic is computed and the scheduling algorithm restricts itself to using these configurations. In the second approach, called the tree-based approach, first a routing tree or subgraph is computed, and next, sets of non-interfering links are scheduled in rounds, based on which links have available traffic in each round. , For the TC-based approach,  provide new column generation approach and several new scheduling heuristics. For the tree-based approach,  propose the construction of a new tree called TFM tree, which takes into account variable por assignment, as ll as a new scheduling algorithm for the second phase, called the ROS algorithm.  performed extensive experimental evaluations of both approaches. Our results show that the tree-based approach using the TFM tree significantly outperforms the TC-approach.
['Mahesh Bakshi', 'Brigitte Jaumard', 'Mejdi Kaddour', 'Lata Narayanan']
I am writing a research paper on a idea On TDMA scheduling in wireless sensor networks
[{"from": "human", "value": "I am writing a research paper on a idea On TDMA scheduling in 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:  study the problem of finding an efficient schedule for convergecast in a wireless sensor network, using the SINR model of interference, and a TDMA protocol for medium access.  compare two approaches to computing a minimum length schedule for the TDMA frame. In the first approach, called the TC-approach, a multi-set of transmission configurations that are interference-free and that cover the convergecast traffic is computed and the scheduling algorithm restricts itself to using these configurations. In the second approach, called the tree-based approach, first a routing tree or subgraph is computed, and next, sets of non-interfering links are scheduled in rounds, based on which links have available traffic in each round. , For the TC-based approach,  provide new column generation approach and several new scheduling heuristics. For the tree-based approach,  propose the construction of a new tree called TFM tree, which takes into account variable por assignment, as ll as a new scheduling algorithm for the second phase, called the ROS algorithm.  performed extensive experimental evaluations of both approaches. Our results show that the tree-based approach using the TFM tree significantly outperforms the TC-approach."}]