Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: New generation embedded systems demand high performance, efficiency, and flexibility. Reconfigurable hardware can provide all these features. Hover, the costly reconfiguration process and the lack of management support have prevented a broader use of these resources. To solve these issues  have developed a scheduler that deals with task-graphs at run-time, steering its execution in the reconfigurable resources while carrying out both prefetch and replacement techniques that cooperate to hide most of the reconfiguration delays. In our scheduling environment, task-graphs are analyzed at design-time to extract useful information. This information is used at run-time to obtain near-optimal schedules, escaping from local-optimum decisions, while only carrying out simple computations. Moreover,  have developed a hardware implementation of the scheduler that applies all the optimization techniques while introducing a delay of only a few clock cycles. In the experiments our scheduler clearly outperforms conventional run-time schedulers based on as-soon-as-possible techniques. In addition, our replacement policy, specially designed for reconfigurable systems, achieves almost optimal results both regarding reuse and performance.
['Juan Antonio Clemente', 'Javier Resano', 'Carlos Gonzalez', 'Daniel Mozos']
I am writing a research paper on a idea A Hardware Implementation of a Run-Time Scheduler for Reconfigurable Systems
[{"from": "human", "value": "I am writing a research paper on a idea A Hardware Implementation of a Run-Time Scheduler for Reconfigurable Systems"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: New generation embedded systems demand high performance, efficiency, and flexibility. Reconfigurable hardware can provide all these features. Hover, the costly reconfiguration process and the lack of management support have prevented a broader use of these resources. To solve these issues  have developed a scheduler that deals with task-graphs at run-time, steering its execution in the reconfigurable resources while carrying out both prefetch and replacement techniques that cooperate to hide most of the reconfiguration delays. In our scheduling environment, task-graphs are analyzed at design-time to extract useful information. This information is used at run-time to obtain near-optimal schedules, escaping from local-optimum decisions, while only carrying out simple computations. Moreover,  have developed a hardware implementation of the scheduler that applies all the optimization techniques while introducing a delay of only a few clock cycles. In the experiments our scheduler clearly outperforms conventional run-time schedulers based on as-soon-as-possible techniques. In addition, our replacement policy, specially designed for reconfigurable systems, achieves almost optimal results both regarding reuse and performance."}]