可以将GIOP消息分割为可管理的各个部分，以简化和加速处理。
GIOP messages can be fragmented into manageable pieces for easier and faster processing.
运行时间可以节省Web服务的响应，并且自动地为普遍的请求提供它们，显著地加速处理器密集型的服务请求。
The runtime can save the responses of the web services and automatically serve them up for popular requests, significantly speeding up processor-intensive service requests.
通过硬件加速为基于XML、XSLT和XPath的转换和XML模式验证实现高性能、多步和快速消息处理。
Hardware-accelerated high performance, multi-step, wire-speed message processing for XML -, XSLT -, and XPath-based transformations and XML schema validation.
本文的应对策略是以特征基函数方法（CBFM）为基础，利用其对于分区框架下多入射和宽带问题的很好的处理能力，结合其他的加速方法对此类问题进行求解。
This thesis tries to face this challenge by methods based on Characteristic Basis Function Method (CBFM) and incorporate several other fast algorithms to further accelerate the solving process.
为加速循环程序执行，提出了固定指令多数据流计算模型，并设计了一个单芯片阵列处理器体系结构。
We put forward a technology named fixed instruction multiple data in order to accelerate the loop, and design a chip-multiprocessors architecture.
为提高灵敏度和线性，该加速度计采用静电力反馈闭环控制方式，检测与处理电路采用高精度双极线性电路工艺进行了工艺流片。
To improve sensitivity and linearity, feedback loop was adopted with electrostatic in detection and managing circuit, which is fabricated with high precision bipolar linear circuit technology.
为提高计算效率，本方法采用了射线加速技术，包括背面采集、二元空间分区算法和降维处理。
For raising the capacity, this method has used the ray acceleration technology, including that the back gathers and the partition algorithm in binary space and decreasing dimensions.
为采用动力加速对淤泥软基工程的处理，提供了试验依据，具有实用价值和指导意义。
The experimented results show that explosion can be used to consolidate silt soft foundation.
为采用动力加速对淤泥软基工程的处理，提供了试验依据，具有实用价值和指导意义。
The experimented results show that explosion can be used to consolidate silt soft foundation.
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