Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: User satisfaction determines the success of b-database applications. User satisfaction can be expressed in terms of expected response time or expected delay. Given the bursty and unpredictable behavior of b user populations,  model user requests as transactions with soft-deadlines. For such a model of user requests with soft- deadlines, the hit ratio is not the most expressive metric. Instead, the average tardiness is a better measure in such cases. ;  propose and evaluate an adaptive self-managing algorithm called ASETS, which optimizes for the average tardiness. ASETS prioritize resources as needed in order to keep users satisfied under varying workloads. Our performance evaluation shows ASETS to outperform both EDF and SRPT which are known to be optimal for the under and over utilization system conditions respectively.
['Mohamed A. Sharaf', 'Shenoda Guirguis', 'Alexandros Labrinidis', 'Kirk Pruhs', 'Panos K. Chrysanthis']
I am writing a research paper on a idea Poster session: ASETS: A self-managing transaction scheduler
[{"from": "human", "value": "I am writing a research paper on a idea Poster session: ASETS: A self-managing transaction scheduler"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: User satisfaction determines the success of b-database applications. User satisfaction can be expressed in terms of expected response time or expected delay. Given the bursty and unpredictable behavior of b user populations,  model user requests as transactions with soft-deadlines. For such a model of user requests with soft- deadlines, the hit ratio is not the most expressive metric. Instead, the average tardiness is a better measure in such cases. ;  propose and evaluate an adaptive self-managing algorithm called ASETS, which optimizes for the average tardiness. ASETS prioritize resources as needed in order to keep users satisfied under varying workloads. Our performance evaluation shows ASETS to outperform both EDF and SRPT which are known to be optimal for the under and over utilization system conditions respectively."}]