层与层之间的 meaning in Chinese
interfloor
Examples
- Textile conveyor belts - adhesive strength between constitutive elements - part 1 : methods of test iso 252 - 1 : 1999 ; german version en iso 252 - 1 : 1999
织物输送带.层与层之间的粘接强度.第1部分:试验方法 - Layering is one of the most common techniques that software designers use to break apart a complicated software system
依然有了分层，就产生了层，有了层，就有了层与层之间的关系，那么就面对这些层关系的设计和实现问题。 - We design the kernel data structure and arithmetic to fulfill the function in each layer , and design the interfacial function between the adjacent layers
其次,我们针对每一层设计了核心数据结构和算法,并且明晰了层与层之间的接口函数。 - In this project , the actual three - tier architecture was realized and the business logic was packed into ejb components , which acted as an agent between presentation tier and resource tier ; the separation between business logic and system service was realized , which enabled developers to devote their mind to the realization of business logic and improved the software quality and efficiency ; the stretchable enterprise application was realized through tier - dispatched pattern , which has relax coupling relationship between tiers and each tier has its own role and the methods inside the tier will be changed without affection to the call - up relationship between tiers
主要成果是： ( 1 )实现了真正意义上的三层体系结构，将业务逻辑封装在ejb组件中， ejb组件作为表现层的代理对数据层进行数据操作； ( 2 )使用ejb技术，实现了业务逻辑和系统服务之间的分离，使得开发人员可以专注于业务逻辑的开发，从而提高软件的质量和开发效率； ( 3 )通过分层模式，实现了可伸缩的企业应用程序。层与层之间松散耦合，每个层针对特定的角色，每一层内部实现方法的变化不影响层与层之间的调用关系，可以更好地适应客户需求的变化。 - The chapter introduced the origin and the developing process of the windows dna , analyzed deeply the functions of each layers and the relations among each layers in the model , at the same time pointed out the main advantages , the applying range of windows dna and the problems it can solve , at last expressed some understanding of the windows dna by the author
这里介绍了windowsdna的起源和发展历程，分析了模型中各层的功能以及层与层之间的合作关系，并据此指出了其主要优势，适用的范围和能解决的问题，最后阐述了作者的一些见解。