仿生自修复硬件多层结构模型

针对仿生自修复硬件细胞间信号传输复杂、效率低等问题，借鉴内分泌系统中激素的传输方式，提出基于片上网络和近邻连接的4层仿生自修复硬件结构模型，并以实现有限脉冲响应滤波器为例，对模型进行详细论述。基于该模型的自修复硬件，具有灵活的布线能力与良好的容错能力，表明该模型为高可靠性自修复硬件设计提供了新途径。
Inspired by the circulatory secretion and paracrine of hormone, aimed at solving the problems such as low efficiency and complexity during the cellular communicating, a four-layer structural architecture for bio inspired self-healing hardware based on NoC (network on chip) and neighborhood connections was proposed. A self-healing hardware realizing an FIR (finite impulse response) filter based on the architecture was brought in to explain the architecture in detail. The hardware shows flexible routing ability and good fault-tolerant ability. It indicates that the structural architecture provides a new approach to design a self-healing hardware with high reliability. 