Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Electronic textiles are regarded as one of the most important computation platforms for future computer-assisted health-monitoring applications. In these novel systems, multiple batteries are used in order to prolong their operational lifetime, which is a significant metric for system usability. Hover, due to the nonlinear features of batteries, computing systems with multiple batteries cannot achieve the same battery efficiency as those pored by a monolithic battery of equal capacity. ,  propose an algorithm aiming to maximize battery efficiency globally for the computer-assisted health-care systems with multiple batteries. Based on an accurate analytical battery model, the concept of ighted battery fatigue degree is introduced and the novel battery-scheduling algorithm called predicted ighted fatigue degree least first (PWFDLF) is developed. Besides,  also discuss our attempts during search PWFDLF: a ighted round-robin (WRR) and a greedy algorithm achieving highest local battery efficiency, which reduces to the sequential discharging policy. Evaluation results show that a considerable improvement in battery efficiency can be obtained by PWFDLF under various battery configurations and current profiles compared to conventional sequential and WRR discharging policies.
['Nenggan Zheng', 'Zhaohui Wu', 'Man Lin', 'Laurence T. Yang']
I am writing a research paper on a idea Enhancing Battery Efficiency for Pervasive Health-Monitoring Systems Based on Electronic Textiles
[{"from": "human", "value": "I am writing a research paper on a idea Enhancing Battery Efficiency for Pervasive Health-Monitoring Systems Based on Electronic Textiles"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Electronic textiles are regarded as one of the most important computation platforms for future computer-assisted health-monitoring applications. In these novel systems, multiple batteries are used in order to prolong their operational lifetime, which is a significant metric for system usability. Hover, due to the nonlinear features of batteries, computing systems with multiple batteries cannot achieve the same battery efficiency as those pored by a monolithic battery of equal capacity. ,  propose an algorithm aiming to maximize battery efficiency globally for the computer-assisted health-care systems with multiple batteries. Based on an accurate analytical battery model, the concept of ighted battery fatigue degree is introduced and the novel battery-scheduling algorithm called predicted ighted fatigue degree least first (PWFDLF) is developed. Besides,  also discuss our attempts during search PWFDLF: a ighted round-robin (WRR) and a greedy algorithm achieving highest local battery efficiency, which reduces to the sequential discharging policy. Evaluation results show that a considerable improvement in battery efficiency can be obtained by PWFDLF under various battery configurations and current profiles compared to conventional sequential and WRR discharging policies."}]