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Conceptual Model of Hardware Software Co-design for Multicore Systems on Chip

机译：多核片上系统硬件和软件协同设计的概念模型

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摘要

The paper suggests co-design of hardware and software of multicore microprocessing structures (MCMPS) for the cyber-physical systems (CPSs) including Internet of Things (IoT) in a single key and complex, closely interacting tools. The development task is performed by using set-theoretic analysis of all internal algorithms with the goal of open up in a step of the compilation independent of equivalence classes in type of clusters. As a result we solve the task of open up the set of all possible cluster structures defines the analysis of explicit parallelism and for choosing the MCMPS in order to design strategy for implementation in a CPS. The suggested co-design is based on formalization of one of the type models of knowledge - frames for design of expert system on technical parameters. In experimental example is analysis. The authors propose a sample using such methodology for analysis of algorithms for monitoring natural and anthropogenic emergencies or forest-fire monitoring, description of the expert system user interface and intellectual telecommunications structures on the base of the MC 127.05 module, which is a heterogeneous multiprocessor system based on K1879BM8Y chip.
机译：该论文建议在一个关键，复杂，紧密交互的工具中为包括物联网（IoT）在内的网络物理系统（CPS）进行多核微处理结构（MCMPS）的硬件和软件的协同设计。开发任务是通过对所有内部算法进行集理论分析来执行的，目的是在独立于簇类型中的等价类的编译步骤中进行开放。结果，我们解决了打开所有可能的集群结构的集合的任务，该集合定义了显式并行性的分析并选择了MCMPS，以便设计在CPS中实施的策略。建议的协同设计基于一种知识类型模型的形式化-用于技术参数专家系统设计的框架。在实验示例中是分析。作者提出了一种使用这种方法的样本，用于分析用于监视自然和人为紧急情况或森林火灾的算法，基于MC 127.05模块的专家系统用户界面描述和智能电信结构，MC 127.05模块是异构多处理器系统。基于K1879BM8Y芯片。

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