三值光计算机数据位资源的静态分配策略

Static Allocation Strategy of Data-Bits of Ternary Optical Computer

以300位量级三值逻辑光学运算器实验系统为管理对象,提出三值光计算机数据位资源的一种静态分配策略,其核心思想是给单任务合理地分配数据位.该项工作是今后进行三值光计算机多用户、多任务条件下数据位资源管理策略研究的基础.讨论了算位宽度的静态指定、对数据位按算位宽度静态分组、为数据位设置多个算位属性以及数据位的分配过程等问题,通过实例说明了应用本策略进行数据位资源分配的过程.

A static allocation strategy of data-bits is proposed based on an experimental system of hundreds ternary optical computer. The main idea is to properly allocate data-bits to a single task. A static designation, grouping, attribute setup, and allocation process of data-bits are discussed. An example is introduced to demonstrate the allocation strategy of data-bits.