到公元前2300年，所需的符号数量已减少到600个，词汇可表达的范围也扩大了。
By 2300 B.C.E. the number of signs required had been reduced to 600, and the range of words that could be expressed had widened.
它的强大之处在于处理列表：AI和符号数学。
Its strength is in the processing of lists: AI and symbol mathematics.
所有这些整数类型都有相应的无符号数类型。
All these integer types also have corresponding unsigned types.
另一种类型的段，称为bss段，它包含以符号数据开头的块。
Another type of section, known by the BSS designation, contains blocks started by symbol data.
此程序没有内置的编程功能，旨在用作简单的符号数学计算器。
This program has no programming capability built in and is intended to be used as a simple symbolic math calculator.
输入字符中包含不是有符号数字的字符。
An input character was encountered that was not a signed digit.
符号聚类是对传统聚类的重要扩展，而区间数据是一类常见的符号数据。
Clustering for symbolic data is an important extension of conventional clustering, and interval representation for symbolic data is often used.
符号数据分析是一种新兴的数据挖掘技术，区间数是最常用的一种符号数据。
Symbolic data analysis is a new data mining technology and interval number is a most important type of symbolic data.
基于符号数字负二进制表达，提出了任意字长操作数的并行两步加法与一步减法。
Based on sign digit negabinary representation, the two step addition and one step subtraction of arbitrary length operands can be performed.
介绍了用MATLAB6.1符号数学工具箱实现控制系统分析的一个通用算法。
A general algorithm for control system analysis by using MATLAB6.1 Symbolic Math Toolbox is introduced.
称作Haskell的函数式编程语言展示了一个用于符号数学的程序，名为DoCon。
The functional programming language known as Haskell features a program for symbolic mathematics known as DoCon.
可以使用许多计算机程序来帮助您解决数字和符号数学问题，但是还有些程序可以帮助您学习数学。
Many computer programs are available to assist you in solving numerical and symbolic mathematical problems, but there are also programs to help you learn about mathematics.
将数字作为文本对待会产生错误结果，尤其是当这些值是有符号数字时，因此，列文本必须转换为数字类型。
Treating numerical values as text yields incorrect results, especially if those values are signed; therefore, the column text must be converted to a numerical type.
奇异值分解(SVD)是一种对数据进行降维处理的方法，符号数据分析(SDA)是一种处理海量数据的全新数据分析思路。
Singular Value Decomposition (SVD) is a dimension reduction method, and Symbolic data Analysis (SDA) is a new analytical approach to processing mass data.
面向对象的地理信息模型以地理空间实体为对象，地理实体可以从几何数据、符号数据、实体数据、属性数据的角度来进行数据的组织。
A geo-spatial entity which can be organized from geometric data, symbol data, entity data, attribute data is regarded as an object to the object oriented geographical information model.
面向对象的地理信息模型以地理空间实体为对象，地理实体可以从几何数据、符号数据、实体数据、属性数据的角度来进行数据的组织。
A geo-spatial entity which can be organized from geometric data, symbol data, entity data, attribute data is regarded as an object to the object oriented geographical information model.
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