香农写于1938年的硕士论文，“继电器与开关电路的符号分析”，应用布尔代数建立现代数字电路的理论基础。
Shannon 's 1938 master's thesis, A Symbolic Analysis of Relay and Switching Circuits , used Boolean algebra to establish the theoretical basis of modern digital circuits.
第一章绪论介绍本文的研究对象、理论基础、研究价值和语料来源以及符号使用说明。
Chapter I introduces research object, theoretical basis, research value, the source of corpus and usage of symbols.
在福多的认知哲学思想部分中，心脑关系是认知本质的理论基础，这种心脑关系是建立在符号同一论的观点之上的。
In the last part, Mind-brain relation based on the token-token identity theory is the basis of cognitive essence.
文中还给出了描述符号化测量理论基础、基本内容和应用的关系树。
A relation tree for representing symbolized measurement has been given, which include the theoretical and technical basis, main topics and the potential applications.
由此，以多项式符号代数为理论基础，提出了一个高层次数据通路的等价验证算法。
So in this paper, a new algorithm for the equivalence verification of high-level data paths based on polynomial symbolic algebra is proposed.
针对这些现象，以皮尔士的符号学原理作为本文的理论基础和出发点进行分析和阐释。
Be aimed at these phenomenons, the essay based on the theory of Pierce's Semiotics to analyse and explain.
多群体协进化算法数学模型及基于协进化的多智能体系统的符号演绎理论模型，是全文的理论基础。
The mathematics model of the multi-population co-evolution algorithm and the symbol deduction theory model of multi-agent system based on co-evolution mechanism are theory bases of whole paper.
本文在系统功能语法关于意义是符号系统中的选择的理论基础上，建立了非语言资源的表意系统。
Adopting a systemic functional view of semiosis, which states that meaning comes from choices from semiotic systems, we formulate the framework of how non-linguistic resources make meaning.
重点研究了实现线状符号及面状符号的快速算法：画线算法是实现线状符号的理论基础。
In this paper, the author goes deep into the character and composition rule of point, line and area symbols, and the definition of Map symbol Base is brought forward.
重点研究了实现线状符号及面状符号的快速算法：画线算法是实现线状符号的理论基础。
In this paper, the author goes deep into the character and composition rule of point, line and area symbols, and the definition of Map symbol Base is brought forward.
应用推荐