Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: This work presents a novel algorithm to improve energy conservation in sensor networks. The algorithm is based upon selective activation of sensor nodes using thresholding (SAT). The sensor continuously monitors the received signal and makes a binary decision to join the network if the average received signal por falls within the specified minimum and maximum threshold range. Thus, SAT divides all the receivers within the coverage range of the transmitter into sets of active and inactive nodes realizing a saving in por consumption proportional to the number of inactive nodes. The sensor life-time is enhanced by allowing the node to transmit at a por that is a constant fraction of the total residual energy. For two cases of linear and hexagonal networks considered in this work, it is shown that for each transmission, the fraction of inactive nodes may exceed by over 30% of the total number of nodes present within maximum one-hop distance of the transmitter. The cost associated with energy conservation through SAT is (a) increased sensor node density or (b) increased transmission por requirement.
['Prachee Sharma', 'Abdur Rauf Khan', 'Ashok Narasimhan', 'S. Ramalingam', 'Satish K. Tripathi']
I am writing a research paper on a idea Energy conservation in sensor networks through selective node activation
[{"from": "human", "value": "I am writing a research paper on a idea Energy conservation in sensor networks through selective node activation"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: This work presents a novel algorithm to improve energy conservation in sensor networks. The algorithm is based upon selective activation of sensor nodes using thresholding (SAT). The sensor continuously monitors the received signal and makes a binary decision to join the network if the average received signal por falls within the specified minimum and maximum threshold range. Thus, SAT divides all the receivers within the coverage range of the transmitter into sets of active and inactive nodes realizing a saving in por consumption proportional to the number of inactive nodes. The sensor life-time is enhanced by allowing the node to transmit at a por that is a constant fraction of the total residual energy. For two cases of linear and hexagonal networks considered in this work, it is shown that for each transmission, the fraction of inactive nodes may exceed by over 30% of the total number of nodes present within maximum one-hop distance of the transmitter. The cost associated with energy conservation through SAT is (a) increased sensor node density or (b) increased transmission por requirement."}]