如果您使用的注释将想要的实现描述得太精确，就让读者觉得创建一个隐式依赖项。
If you use annotations that describe the intended implementation too precisely, you create an implicit dependency in the minds of your readers.
因为对于阅读你代码的人来说它们是不明显的，这种类型的对于特定实现的隐式耦合特别有害。
Those types of implicit coupling to a specific implementation are particularly pernicious because they aren't obvious to a reader of your code.
JDBC的具体实现是被隐式加载的，而且源代码很少直接引用这些具体类。
JDBC concrete implementations are loaded implicitly, and source code rarely references these concrete classes directly.
隐式相关性可能会导致紧密耦合，因为这样可能会由于需要使用能实现隐式相关性的传输和协议而限制传输独立性。
Implicit correlation can lead to tight coupling, because it might limit transport independence due to the requirement for a transport and protocol that can achieve implicit correlation.
这可以通过用户自己创建过滤实现，或是由设计人员在模型中通过隐式过滤器实现。
This can be accomplished by the user creating the filters themselves, or imposed on the authors through implicit filters created in the model.
通过指定一个特定的绑定，WCF客户端或者服务隐式地创建了实现一组特定通信行为的通道堆栈。
By specifying a particular binding, a WCF client or service implicitly creates a channel stack that implements a particular set of communication behaviors.
对于安全实现，既有显式需求，也有隐式需求。
For security implementations there are both explicit and implicit requirements.
这是您在为JAX-RPC实现的内部XSD中手动执行的相同转换；但是在JAX-WS 实现中，该转换是隐式和自动的。
This is the same conversion you performed manually in the internal XSD for the JAX-RPC implementation; however, in the JAX-WS implementation, the conversion in implicit and automatic.
这些支持通过行标识符(RID_BIT或RID)内置函数、ROWCHANGETOKEN表达式、基于时间的更新检测和隐式隐藏的列实现。
This support is added using the row identifier (RID_BIT or RID) built-in function, the row CHANGE TOKEN expression, the time-based update detection, and implicitly hidden columns.
permit使用显式或隐式主题的两个重载形式留作环境特定实现的空白存根。
The two overloaded forms of permit that use an explicit or implied subject are left as blank stubs for environment-specific implementations.
在 Groovy中可以实现MOP是因为，在Groovyland 中每一个对象都隐式地实现 groovy.lang.GroovyObject，它定义了invokeMethod()和getProperty()两个方法。
A MOP implementation is possible in Groovy because every object in Groovyland implicitly implements groovy.lang.GroovyObject, which defines two methods dubbed invokeMethod() and getProperty().
其中，最重要的是，语义请求和响应可以隐式调用Web服务的实现细节，如清单10 和 11 所示。
Meanwhile, and most importantly, semantic request and response can hide the implementation details for invoking the Web services, as shown in Listings 10 and 11.
“使用隐式多态实现每个具体类一张表”这种做法并不推荐，因为其配置过于繁缛、使用“any”元素的复杂关联语法和隐式查询的潜在危险性。
"Table per Concrete Class using implicit Polymorphism" is not recommended due to its verbose configurations, complex association syntax using "any" element and potentially dangerous implicit queries.
4使用隐式多态实现每个具体类一张表。
通过找出其隐式函数关系，误差反向传播神经网络可以实现输入和输出间的任意映射。
With the implicit function relation, BP (Back Propagation) neural network can easily realize the mapping between input data and output data.
探讨了三类实现曲线演化的曲率运动方程的数值计算方案：显示方案、半隐式方案和中值滤波方法。
Three numerical calculating schemes of realizing the curvature motion formula in curve evolving are discussed, including explicit scheme, semi-implicit scheme and median filter scheme.
为了解决此缺点，提出了一种使用迭代函数系统的点式隐式曲面绘制算法，它的实现非常简单，易于编程。
A pointed type implicit surface drawing algorithm with iterative function is provided to solve the default and its implementation is very simple and it is easy to program.
文章提出了一个隐式曲面的象素级生成算法，并针对隐式曲面的特点实现了隐藏线消隐。
This paper presents a pixel level algorithm for drawing implicit surfaces, which accomplishes hidden line removal according to the feather of implicit surface.
绘制多边形可借助图形系统的硬件来实现，因此，隐式曲面的多边形化是隐式曲面绘制的主要方法。
Polygonization is the main approach to rendering implicit surface, for the most of graphic systems use built in hardware to display polygons.
一种标准的方式来实现一个正常的二进制堆是使用一个数组，然后从左到右填充与隐式二进制堆(这是堆排序的方式通常是实现)。
A standard way to implement a normal binary heap is to use an array and then fill it from left to right with an implicit binary heap (this is the way heapsort is usually implemented).
本文实现的基于用户隐式信息的个性化搜索也是属于主动获取方式。
The personalized search based on the users 'implicit expression information also belongs to the active way.
这样可以对委托类型和实现变体接口的类进行隐式转换。
This allows for implicit conversion of classes that implement variant interfaces and implicit conversion of delegate types.
然后给出了一种关于带黑匣子的部分实现的隐式等价性检验方法，实验结果表明了该方法的有效性。
Then we present an implicit algorithm for verifying the partial implementation with black boxes, the experimental result demonstrates its effective-ness …
进行采用非关联流动法则的多重屈服面本构模型隐式积分算法的实现。
An implicit integration algorithm of constitutive equations for multi-yield-surface model with non - associative flow rule is presented firstly.
进行采用非关联流动法则的多重屈服面本构模型隐式积分算法的实现。
An implicit integration algorithm of constitutive equations for multi-yield-surface model with non - associative flow rule is presented firstly.
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