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Temporal partitioning combined with design space exploration for latency minimization of run-time reconfigured designs

机译：时间分区与设计空间探索相结合，可将运行时重新配置的设计的等待时间降至最低

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《Proceedings of the Third Workshop on Virtual Machines and Intermediate Languages》|2009年|P.1-8|共8页
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Meenakshi Kaul; Ranga Vemuri; PMeenakshi Kaul; PRanga Vemuri;
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中图分类计算机仿真;
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1. Desigll-Space Exploration for Block-Processing Based Temporal Partitioning of Run-Time Reconfigurable Systems [J] . MEENAKSHI KAUL, RANGA VEMURI Journal of VLSI signal processing . 2000,第2a3期

机译：基于块处理的运行时可重配置系统的时间分区的Desigll空间探索
2. The Agamid design-space exploration framework Task-accurate simulation of hardware-enhanced run-time management for many-core [J] . Gregorek Daniel, Garcia-Ortiz Alberto Design automation for embedded systems . 2018,第4期

机译：AgaMID设计空间探索框架任务 - 用于许多核心的硬件增强运行时管理的准确模拟
3. CADSE: communication aware design space exploration for efficient run-time MPSoC management [J] . Amit Kumar SINGH, Akash KUMAR, Jigang WU, Frontiers of computer science in China . 2013,第3期

机译：CADSE：具有通信意识的设计空间探索，可实现高效的运行时MPSoC管理
4. Temporal partitioning combined with design space exploration for latency minimization of run-time reconfigured designs [C] . Meenakshi Kaul, Ranga Vemuri, PMeenakshi Kaul, Workshop on virtual machines and intermediate languages . 2009

机译：时间分区与设计空间探索结合延迟最小化运行时重新配置设计
5. Statistical machine learning based modeling framework for design space exploration and run-time cross-stack energy optimization for many-core processors. [D] . Zhang, Changshu. 2013

机译：基于统计机器学习的建模框架，用于多核处理器的设计空间探索和运行时跨栈能量优化。
6. Exploration of a Capability-Focused Aerospace System of Systems Architecture Alternative with Bilayer Design Space Based on RST-SOM Algorithmic Methods [O] . Zhifei Li, Dongliang Qin, Feng Yang -1

机译：基于RST-SOM算法的以双层设计空间为中心的以系统架构替代能力为重点的航空航天系统的探索
7. Temporal Partitioning combined with Design Space Exploration for Latency Minimization of Run-Time Reconfigured Designs [O] . Meenakshi Kaul, Ranga Vemuri 1999

机译：时间分区与设计空间探索结合运行时重构设计的延迟最小化

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