Designing and prototyping a customizable real-time embedded micro-controller using RISC-V ISA

该项目研究了一种可定制的实时嵌入式微控制器的设计，该微控制器使用RISC-V配置集架构，以提高性能和能效。 可定制的框架应该使设计人员能够快速配置架构，以有利于实时性能或能量的优化。 该框架还将生成可合成的硬件。 RISC-V架构的设计应该提供实时保证，这需要探索各种架构技术。 这些将使用开发的框架来完成，并且也可以使用它进行定制。实时嵌入式微控制器的不同变体将在现场可编程门阵列平台上进行评估。

This project investigates the design of a customizable real-time embedded micro-controller using the RISC-V instruction-set architecture for performance and energy efficiency. The customizable framework should enable a designer to quickly configure the architecture to favour optimizing for real-time performance or energy. This framework will also generate synthesizable hardware. The design of the RISC-V architecture should deliver real-time guarantees, which requires an exploration of various architectural techniques. These will be done using the developed framework, and customizable using it as well. Different variants of the real-time embedded micro-controller will be evaluated on a field-programmable gate array platform.