Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  present heterogenous quorum-based asynchronous wake-up scheduling schemes for wireless sensor networks. The schemes can ensure that two nodes that adopt different quorum systems as their wake-up schedules can hear each other at least once in bounded time intervals.  propose two such schemes: cyclic quorum system pair (cqs-pair) and grid quorum system pair (gqs-pair). The cqs-pair which contains two cyclic quorum systems provides an optimal solution, in terms of energy saving ratio, for asynchronous wake-up scheduling. To quickly assemble a cqs-pair,  present a fast construction scheme which is based on the multiplier theorem and the (N,k,M, l)-difference pair defined by us. Regarding the gqs-pair,  prove that any two grid quorum systems will automatically form a gqs-pair.  further analyze the performance of both designs, in terms of average discovery delay, quorum ratio, and energy saving ratio.  show that our designs achieve better trade-off beten the average discovery delay and quorum ratio (and thus energy consumption) for different cycle lengths.  implemented the proposed designs in a wireless sensor network platform of Telosb motes. Our implementation-based measurements further validate the analytically-established performance trade-off of our designs.
['Shouwen Lai', 'Binoy Ravindran', 'Hyeonjoong Cho']
I am writing a research paper on a idea Heterogenous Quorum-Based Wake-Up Scheduling in Wireless Sensor Networks
[{"from": "human", "value": "I am writing a research paper on a idea Heterogenous Quorum-Based Wake-Up 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:  present heterogenous quorum-based asynchronous wake-up scheduling schemes for wireless sensor networks. The schemes can ensure that two nodes that adopt different quorum systems as their wake-up schedules can hear each other at least once in bounded time intervals.  propose two such schemes: cyclic quorum system pair (cqs-pair) and grid quorum system pair (gqs-pair). The cqs-pair which contains two cyclic quorum systems provides an optimal solution, in terms of energy saving ratio, for asynchronous wake-up scheduling. To quickly assemble a cqs-pair,  present a fast construction scheme which is based on the multiplier theorem and the (N,k,M, l)-difference pair defined by us. Regarding the gqs-pair,  prove that any two grid quorum systems will automatically form a gqs-pair.  further analyze the performance of both designs, in terms of average discovery delay, quorum ratio, and energy saving ratio.  show that our designs achieve better trade-off beten the average discovery delay and quorum ratio (and thus energy consumption) for different cycle lengths.  implemented the proposed designs in a wireless sensor network platform of Telosb motes. Our implementation-based measurements further validate the analytically-established performance trade-off of our designs."}]