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The Implementation of a Hybrid-Execute-In-Place Architecture to Reduce the Embedded System Memory Footprint and Minimize Boot Time

机译：实现就地混合执行体系结构以减少嵌入式系统的内存占用并最小化启动时间

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Tony Benavides; Justin Treon; Jared Hulbert; Willie Chang;
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年度 2009
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1. The Enabling of an Execute-In-Place Architecture to Reduce the Embedded System Memory Footprint and Boot Time [J] . Tony Benavides, Justin Treon, Jared Hulbert, Journal of Computers . 2008,第1期

机译：启用执行适当的架构以减少嵌入式系统内存占用占用件和启动时间
2. Booting Time Minimization for Real-Time Embedded Systems with Non-Volatile Memory [J] . IEEE Transactions on Computers . 2014,第4期

机译：具有非易失性内存的实时嵌入式系统的引导时间最小化
3. Reducing Boot Time in Embedded Linux Systems [J] . Christopher Hallinan Linux Journal . 2009,第188期

机译：减少嵌入式Linux系统中的启动时间
4. The Implementation of a Hybrid-Execute-In-Place Architecture to Reduce the Embedded System Memory Footprint and Minimize Boot Time [C] . Benavides, Tony, Treon, . 2007

机译：实现就地混合执行体系结构以减少嵌入式系统的内存占用并最大程度地减少启动时间
5. Minimizing memory access cost in embedded systems. [D] . Guo, Yibo. 2014

机译：最小化嵌入式系统中的内存访问成本。
6. A Vision-Based Driver Nighttime Assistance and Surveillance System Based on Intelligent Image Sensing Techniques and a Heterogamous Dual-Core Embedded System Architecture [O] . Yen-Lin Chen, Hsin-Han Chiang, Chuan-Yen Chiang, 2012

机译：基于智能图像传感技术和异质双核嵌入式系统架构的基于视觉的驾驶员夜间辅助监控系统
7. The Enabling of an Execute-In-Place Architecture to Reduce the Embedded System Memory Footprint and Boot Time [O] . Weide Chang, Jared Hulbert, Justin Treon, 2008

机译：启用就地执行体系结构以减少嵌入式系统的内存占用空间和启动时间

The Implementation of a Hybrid-Execute-In-Place Architecture to Reduce the Embedded System Memory Footprint and Minimize Boot Time

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