Reducing power consumption for system on programmable chip by scheduling tasks

机译：通过调度任务减少可编程芯片上系统的功耗

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Reducing power consumption has become a main objective in the System on Programmable Chip design. Indeed, increasing integration rates and clock frequencies, it becomes necessary to design techniques to reduce power consumption. These techniques are interesting to satisfy the criteria of autonomy, reliability and cost for embedded systems. In this context, we propose an algorithm to schedule tasks obtained from a hardware/software partitioning and running in parallel. In fact, we reduce their operating frequency tasks in an affordable limit to decrease dynamic power consumption without increasing the overall time execution of the application.

机译：降低功耗已成为可编程芯片系统设计的主要目标。实际上，随着集成速率和时钟频率的提高，有必要设计降低功耗的技术。这些技术对于满足嵌入式系统的自治性，可靠性和成本标准很有趣。在这种情况下，我们提出了一种算法，用于调度从硬件/软件分区获得的并并行运行的任务。实际上，我们在负担得起的范围内减少了它们的工作频率任务，以减少动态功耗，而又不增加应用程序的整体执行时间。

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《International Conference on Engineering MIS》|2017年|1-4|共4页
会议地点 Monastir(TN)
作者
Sonia Dimassi; Mehdi Jemai; Bouraoui Ouni; Abdellatif Mtibaa;
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Laboratory of electronic and microelectronic National Engineering School of Monastir University of Monastir Monastir 5000 Tunisia;

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Task analysis; Power demand; Hardware; Heuristic algorithms; Scheduling algorithms; Algorithm design and analysis; Partitioning algorithms;

机译：任务分析；电力需求；硬件;启发式算法；调度算法；算法设计与分析；分割算法;

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1. Using a low-power microcontroller as a system supervisor - Adding a small, inexpensive microcontroller to a complex system can reduce system current consumption by offloading supervisor tasks from a main processor [J] . Mike Mitchell Portable Design: The Engineer's Resource for Portable Applications . 2006,第10期

机译：使用低功耗微控制器作为系统监控器-在复杂的系统中添加小型廉价的微控制器可以通过从主处理器上卸载监控器任务来减少系统电流消耗
2. Yield-driven design-time task scheduling techniques for multi-processor system on chips under process variation: a comparative study [J] . Momtazpour Mahmoud, Assare Omid, Rahmati Negar, Computers & Digital Techniques, IET . 2015,第4期

机译：工艺变化下芯片上多处理器系统的收益驱动设计时任务调度技术：比较研究
3. Memory-Aware Task Scheduling with Communication Overhead Minimization for Streaming Applications on Bus-Based Multiprocessor System-on-Chips [J] . Wang Y., Shao Z., Chan H.C.B., Parallel and Distributed Systems, IEEE Transactions on . 2014,第7期

机译：基于通信开销最小化的内存感知任务调度，用于基于总线的多处理器片上系统上的流应用程序
4. Reducing power consumption for system on programmable chip by scheduling tasks [C] . Sonia Dimassi, Mehdi Jemai, Bouraoui Ouni, International Conference on Engineering MIS . 2017

机译：通过调度任务减少可编程芯片上系统的功耗
5. High-performance low-power task scheduling on Multiprocessor System-on-Chip. [D] . Malani, Parth M. 2010

机译：多处理器片上系统上的高性能低功耗任务调度。
6. Applying Dynamic Priority Scheduling Scheme to Static Systems of Pinwheel Task Model in Power-Aware Scheduling [O] . Ye-In Seol, Young-Kuk Kim -1

机译：动态优先级调度方案在动力感知型风车任务模型静态系统中的应用
7. A Network-on-Chip Channel Allocator for Run-Time Task Scheduling in Multi-Processor System-on-Chips [O] . Markus Winter, Gerhard P. Fettweis 2010

机译：用于多处理器片上系统中的运行时任务调度的片上网络通道分配器

Reducing power consumption for system on programmable chip by scheduling tasks

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