Research On Data Management Of The Underlying Management Software Of Ternary Optical Computer

Ternary Optical Computer(TOC)is a new type of computer that represents information in the basic stable state of light to complete data operations.It has the characteristics of numerous processor bits,processor bitwise allocation,and bitwise reconfiguration,and has gradually become a research hotspot in the computer field.The research on ternary optical computer programming environments and application software is also increasing with the gradual improvement of hardware.The ternary optical computer prototype system(SD16)developed in2016 has officially entered the practical application stage,and its monitoring system is also gradually improving.Based on the working background of ternary optical computers,data management is a necessary foundation for efficient application programming and practical application of ternary optical computers.However,few studies have been conducted to consider the use of software to manage data in the operation process of ternary optical computers,and there is no detailed description of data management models.Therefore,the research on the theory and technology related to data management of ternary optical computers has become one of the important topics in this field.There are still problems of imperfect models and inflexible designs in the research on ternary optical computer data management.This thesis addresses these issues by combining theory and practice to research the data management scheme based on monitoring system architecture,the main research elements of which are as follows:(1)In this thesis,on the basis of the traditional ternary optical computer working model,the computing tasks are classified.And the tasks to be calculated are divided into large tasks,small tasks and micro-tasks according to the scale of the data,and the main object of this thesis is the data management model under micro-tasks.(2)Complete classification of computing data,including raw data,operator data and computing results.The data tables are created separately and the data management scheme is designed to manage the data dynamically according to the timing of the data calls,and the effectiveness of the data management scheme is verified through experimentation.(3)The “operator-data” model is constructed by studying the program of a ternary optical computer monitoring system architecture.The model enables the user to manage data in two different modes,online and offline,ensuring that the user can select and create new operators in online operation and focus only on completing data operations in offline operation.The design creates modules for data extraction,data communication and complex operators to solve the problem of data management for each software module of the SD16 monitoring program.(4)The correctness and effectiveness of the ternary optical computer data management scheme is demonstrated through experimental verification analysis of the scheme in a real operating system.