This paper presents the principal features of Intel's Pentium Architecture. It includes the description of basic blocks, pipeline structure, instruction pairing rule, floating point unit, on-chip caches and TLBs and the cache consistency protocol for supporting multiprocessing systems.

Although there have been many existing works on cache consistency maintenance in wired networks and infrastructure-based mobile networks, it has not been sufficiently studied how to efficiently maintain cache consistency in MANETs.

虽然在传统的有线网络环境下，已有许多缓存一致性维护方面的工作，但是已有工作还没有充分地研究移动自组网环境下的协作缓存一致性问题。

The algorithm incorporates cache consistency policy with cache replacement policy in which the cache consistency policy is adaptive TTL mechanism, while the cache replacement policy is based on a cost/ value model.

这种算法包括一致性策略和替换策略两部分，一致性策略采用自适应TTL机制，替换策略是基于成本/价值模型的算法。

In order to ensure Cache consistency of the tightly couple system, we introduce a theoretical method of centralized management of the Cache pool based on the Cache bus.

针对紧耦合多处理机系统中Cache的一致性问题，提出了一种以Cache总线为基础的统一管理高速缓冲池的新方法。

Under Client/ Server architecture, to maintain cache consistency is indispensable when normal transactions are in progress, which is the basis of concurrency control.

在Client/Server结构中，进行日常事务处理时的首要任务就是保持缓存的一致性，这是进行并发控制的基础。

Thence it is processed variant degree research on data synchronism technology, cache consistency technology and variable consistency server replication.

然后针对数据同步技术、缓存的一致性技术、可变一致性复制机制进行了不同程度的研究。

In order to ensure valid data access, the cache consistency must be maintained properly.

为了保证协作缓存系统中有效的数据访问，缓存的一致性必须被合理地维护。

Establishment of LC memory model and Cache consistency protocol

LC存储模型及其Cache一致性协议的建立

Cache consistency related to cache techniques is discussed in succession.

同时讨论了高速缓存技术相关高速缓冲一致性问题。

Cache consistency in the multi-processor system based on centralized management

基于统一管理的多处理机Cache系统的一致性研究

The way to 32-bits operation system multi-thread asynchronous serial communication programming is analyzed.

结合串口通信的机理和多线程同步方式，分析了Win32系统下多线程异步串口通信程序的开发方法。

Asynchronous data comunication programming with the method of state analysis

用状态分析法设计异步数据通信程序

Invoke performs a synchronous invocation, while the BeginInvoke and EndInvoke functions follow the Asynchronous Programming Model pattern.

当BeginInvoke和EndInvoke函数是异步程序模式时，调用就是同步调用。

In part two, two mathematical models for reactive power supply programming in distribution network is presented, the age limit of reactive power supply is added to models.

第二部分建立了配电网无功电源规划的两种数学模型，在模型中增加考虑了无功电源的使用年限。

In part three, the paper uses improved ant colony search algorithm to solve the problem of reactive power supply programming.

第三部分针对配电网无功电源规划的数学模型，应用改进蚁群算法进行求解。

Concurrent Models for Reactive Systems(ⅱ): Programming Language Models

反应式系统的并发模型（Ⅱ）&程序语言模型

Reactive Power Supply Programming in Distribution Network Using Ant Colony Search Algorithm

基于蚁群算法的配电网无功电源规划

Reactive power programming is an important way to improve the voltages of distribution power system and reduce the energy loss.

配电网无功电源规划是提高配电网电压质量、降低网损的重要途径。

Step by Step Reactive Power Programming in Distrubution System

配电网无功电源的逐次规划算法

In C#, a programmer uses reactive programming whenever he specifies a call-back for an asynchronous operation or a handler for an event.

在C中，程序员在指定异步操作指定回调，或事件处理程序的时候使用反应性编程。

This is called reactive programming, and is one of the fundamental mobl features& the user interface reacts to changes in application state.

这被叫做反应性编程（reactive programming），这也是根本的mobl特性之一&用户界面会对应用程序状态的改变做出反应。