充分利用器件特性构建纳米芯片系统

Using Device Characteristic Fully to Build Nano-Scale Systems-on-Chip

随着芯片制作技术进入纳米时代,芯片系统的发展面临许多新挑战。借助生物学启示充分利用器件特性,在某些情况下,减少器件可以降低芯片系统的功率密度,利用整体行为可以缓解器件参数变化的影响。通过具体例子探讨了充分利用器件特性构建纳米芯片系统的方法。这种方法虽然数学描述复杂,但芯片实现简单。

As chip process, technologies step into nano-scale era, the development of systems-on-chip is facing with many new challenges. Using device characteristic fully based on bio-inspiration, the power density of systems-on-chip can be reduced due to decrease of devices in some cases and the impact of device parameter variation may be mitigated with collective behaviors. The method using device characteristic fully to build nano-scale systems-on-chip is explored through specific examples. It is more complicated in mathematical description, but simpler in implementation of chips.