IC695RMX128交 換模 塊參詳

IC695RMX128交 換模 塊參詳

IC695RMX128交 換模 塊參詳

IC695RMX128交 換模 塊接線圖

IC695RMX128交 換模 塊原理圖

IC695RMX128交 換模 塊線路圖

IC695RMX128 功能模塊化的根據(jù)是，如果一個(gè)問題有多個(gè)問題組合而成，那么這個(gè)組合問題的復(fù)雜程度將大于分別考慮這個(gè)問題時(shí)的復(fù)雜程度之和。這個(gè)結(jié)論使得人們樂于利用功能模塊化方法將復(fù)雜的問題分解成許多容易解決的局部問題。

IC695RMX128 功能模塊化方法并不等于·限制地分割軟件，因?yàn)殡S著功能模塊的增多，雖然開發(fā)單個(gè)功能模塊的工作量減少了，但是設(shè)計(jì)功能模塊間接口所需的工作量也將增加，而且會(huì)出現(xiàn)意想不到的軟件缺陷。

IC695RMX128 因此，只有選擇合適的功能模塊數(shù)目才會(huì)使整個(gè)系統(tǒng)的開發(fā)成本·小。

IC695RMX128 The basis of functional modularization is that if a problem is composed of multiple problems, the complexity of the combined problem will be greater than the sum of the complexity of the problems when they are considered separately. This conclusion makes people willing to use functional modularization methods to decompose complex problems into many easy-to-solve local problems.

IC695RMX128 The functional modularization method does not mean unlimited division of software, because as the number of functional modules increases, although the workload of developing a single functional module is reduced, the workload required to design the interface between functional modules will also increase, and there will be Unexpected software bugs.

IC695RMX128 Therefore, only by selecting the appropriate number of functional modules can the development cost of the entire system be minimized.

07KT98 GJR5253100R0260

IC695CPE330

IC695RMX128

IC695ECM850

4PP220.0571-K02

CI854AK01 3BSE030220R1

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