Staged event-driven architecture ( SEDA) is an interesting framework that combines the ideas of asynchronous programming and autonomic computing.

Simplifies asynchronous programming through a powerful implementation of co-routines.

通过对co-routines的强大实现，简化了异步编程。

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You've seen various ways to access services from both SCA and non-SCA Java components& and the various error handling mechanismsm asynchronous programming model and various asynchronous calls.

您了解了从SCA和非SCA组件访问服务的各种方式，还了解了各种错误处理机制、异步编程模型和各种异步调用。

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Jeffery Richter covered the asynchronous programming model and some of the problems and solutions when implementing it using C# here.

Jeffery Richter在这里使用C实现异步编程模型的过程中，谈到了一些问题和解决方案。

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The Twisted library is similar to PEAK, both in containing a concept of protocols and in various capabilities such as asynchronous programming and providing an application configuration framework.

Twisted库类似于PEAK，不仅表现在它也采用协议的概念，还表现在它也具备异步编程和提供应用程序配置框架等方面的能力。

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However, the SCA programming model places particular emphasis on asynchronous programming and facilities to better handle remote service invocations.

但是，SCA的编程模型特别注重异步编程以及为更好地处理远程服务调用而提供的便利。

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E has shown how usable asynchronous programming can be, and this framework tries to be as usable as possible while staying pure Java code.

E已经展示了异步编程的可用性，而这个框架将试图使用纯Java代码获得同样的可用性。

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You can use SCA to invoke service components through both synchronous and asynchronous programming styles.

可以通过同步和异步编程方式使用SCA调用服务组件。

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The Implementation of Asynchronous Programming of Web Pages Search in a Windows-based Application

基于Windows的网页搜索异步编程实现

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E raises the bar for usability of asynchronous programming.

E增强了异步编程的可用性。

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E has the following core language constructs to support asynchronous programming

E提供了以下核心语言概念来支持异步编程

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If you want to use an asynchronous programming model in your web service clients.

如果您希望在Web服务客户机中采用异步编程模型。

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To address the problem of cache consistency caused by a mapping change, a mechanism to maintain strong cache consistency is proposed.

针对映射信息发生改变时存在的缓存一致性问题，提出了一种保证映射缓存强一致性的机制。

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In each dimension of the framework, we address one key issue in design of cache consistency maintenance algorithms.

在该设计框架中，我们研究了缓存一致性维护算法设计中三个正交的关键子问题。

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To enable higher performance, current cache coherence protocols allow transactions to be split and allow multiple outstanding requests.

为了提高性能，当前的高速缓存一致性协议允许将事务分成多个阶段，支持多个请求同时并存。

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Stateless algorithms impose great traffic overhead since it mainly relies on flooding to propagate the data updates.

无状态的缓存一致性维护算法主要依靠广播机制分发源数据更新，因而会带来较大的通信开销。

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Analysis of Cache Coherence of Multiprocessor System

多处理器系统缓存一致性的分析

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Cache Consistency Maintenance Based on Adaptive Broadcast

基于自适应数据广播的缓存一致性维护

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Research on the Problem of the Cache Coherence

缓存一致性问题研究

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The Improvement of Directory-based Cache Coherence Protocol is put forward in this paper.

本文提出了一个基于目录的高速缓存一致性协议的改进方案。

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The protocol is control simple and scalability.

芯片采用了基于内部总线写监听更新的高速缓存一致性协议，具有控制逻辑简单，可扩展性好的特点。

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