多用途自动可编程可重构嵌入式系统架构

Ansh, Rakesh Yadav, D. Deb, Ashok Ray
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引用次数: 3

摘要

本文提出了一种独特的嵌入式系统架构,实现了多用途、可自动编程、reconfìgurable和节能的嵌入式系统。所提出的架构涉及单个微控制器以及另一个数字系统和低成本存储芯片来执行大量任务,从而通过单独执行所有这些微控制器的任务来消除大量微控制器的使用。这种架构消除了程序员反复对微控制器进行编程的需要。它在必要时重新编程,无需人为干预(自动可编程),并且可以通过将存储芯片替换为另一个包含不同程序集的存储芯片(可重新配置)来配置执行不同的任务集。
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Multi-purpose auto-programmable reconfigurable embedded system architecture
This paper proposes a unique embedded system architecture which results in a multi-purpose, auto-programmable, reconfìgurable and power efficient embedded system. The proposed architecture involves single microcontroller along with another digital system and a low cost memory chip to perform a large number of tasks, thus eliminating the use of large number of microcontrollers, by performing tasks of all these microcontrollers alone. This architecture eliminates the use of a programmer to repeatedly program the microcontroller. It re-programs itself whenever necessary, without human intervention (auto-programmable) and can be configured to perform different set of tasks just by replacing the memory chip with another one containing a different set of programs (re-configurable).
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