底层逻辑

在传统的Web开发中，界面开发与底层逻辑开发分工不清，代码质量较差。

In traditional Web development , the division of developer between Interface development and the underlying logic development is not so clearly that the quality of code is poor .

这些问题和其他一些问题导致了他们快速转移到一个正式的设计流程，该流程要求服务契约的定义必须先于服务底层逻辑的开发。

These and other issues prompt Cutit to move ahead with a formal design process that requires the definition of service contracts prior to the development of underlying logic .

在传统的发布订阅结构中，匹配模块集成在底层逻辑之中，严重影响了适用性，可通过增加外部接口和调整原有的发布订阅结构。

In traditional architecture of publication-subscription , the matching module is integrated into the underlying logic function . This design pattern seriously influences on its applicability , which can be solved through joining the external interface and adjusting the original architecture .

方案以ARM芯片为中央控制单元，以FPGA芯片控制底层数据逻辑。

The design used ARM chip as the central processing unit , used FPGA chip to control bottom data logic .

采用了SSI应用程序接口机制，同时提出符号表的概念，使得用户界面的设计和底层产生逻辑相区分。

SSI application interface and the concept of symbol table abstract the design of user interface from underground logic .

资源类进一步实现资源方法，资源方法实际处理底层业务逻辑。

Resource classes further implement the resource methods that actually handle the underlying business logic .

FPGA在完成对底层硬件接口逻辑的管理和控制的同时，承担了部分数据运算工作。

The logical management and control of the bottom hardware interface was actualized by FPGA program which undertook a part of data calculation task at the same time .

根据国内通用MIS系统开发和应用的实际情况，在深入剖析关系数据库结构的基础上，提出一种基于应用层数据模式的关系数据库重构模型，实现了应用程序和底层数据库的逻辑独立。

According to practical situation of the currency MIS development and application , by anatomizing the structure of relation database , this paper puts forward a reconstruction model based on application layer data mode to realize the logistic independency between application program and database .

与MMORPG游戏不同，休闲游戏服务器由一系列小游戏组成，其服务器可以划分为框架底层模块和逻辑层处理模块。

Casual game consists of a series of small game , which is different with MMORPG games . The game server of the games consists of the framework for the bottom layer and logic processing layer modules .

可与底层应用程序逻辑区分开的、服务流内部的逻辑性

Logic within service flows that can differ from the underlying application logic

将本体应用到知识检索领域中，通过Protégé工具建立描述家谱的本体及实例，然后利用Jena软件包完成检索接口，底层数据接口以及逻辑推理接口。

This system applies Ontology to knowledge retrieval field . It builds a family archives through prot é g é, then completes the retrieval interface , bedding data interface and logical inference interface through jena .

可伸缩的设计？随着应用程序的增长，各种组件也能够增长，同时不影响底层的应用程序逻辑。

Scalable design & as the application grows , so too can the various components without affecting the underlying application logic .

在明确了系统级的总体规划以及设计层次的划分以后，我们从系统的最底层开始进行数字逻辑电路的设计。

After the system-level spec and the division of the design hierarchy are confirmed , we start to design the digital logic circuit from the bottom for the RISC CPU core .

形式化工作被分为两个层次：底层是基本的逻辑体系，刻画了动作，知识，能力，目标等基本概念。

The formalization is realized as two levels : the ground level is a basic logic system , which describes some basic concepts such as action , knowledge , capability , and goal .