There are 11 known LTP test suite tested architectures including i386, ia64, PowerPC, PowerPC 64, S/390, S/390x (64bit), MIPS, mipsel, cris, AMD Opteron, and embedded architectures.
已知的LTP测试套件测试过的体系结构有11 种，包括i386、ia64、PowerPC、PowerPC 64、S/390、S/390x (64bit)、MIPS、mipsel、cris、AMDOpteron和嵌入式体系结构。
Save expensive MIPS, disk, and channel resources.
节省昂贵的MIPS、磁盘和通道资源。
Free up mainframe development MIPS for production capacity.
解放大型机开发MIPS以满足生产能力需求。
Improve performance and reduce millions-of-instructions-per-second (MIPS) usage.
提高性能和降低每秒百万指令数（Millions-of-Instructions-Per-Second，MIPS）。
IMS customers' MIPS have been growing rapidly to over 2.6 million MIPS worldwide.
全世界范围内IMS客户的MIPS已经迅速增长到超过260万。
The MIPS processor family is an excellent example.
MIPS处理器族是极好的例子。
Case Study: a simple VM and paging system for the MIPS R3000.
实例分析：MIPS R 3000上的一个简单的虚存和分页系统。
Integrate easily with other Rational and IBM tools for additional productivity and MIPS savings.
轻松集成其他Rational和IBM工具，获取额外生产力和MIPS节约。
The MIPS architecture embodies the fundamental design principles of all contemporary RISC architectures.
MIPS架构体现了当代所有的RISC架构的基本设计原则。
The adsorption performance and selective recognition ability of MIPs was also studied by UV spectrophotometry.
采用紫外分光光度法对印迹聚合物的吸附性能和选择性识别能力进行了研究。
The Loongson processor is based on the MIPS instruction set, the basic commands that a microprocessor understands.
龙芯基于MIPS指令集，属于精简的指令集。
As a result, one full duplex implementation needs 33 MIPS, 1.7 K words of program memory, and 2.3 K words of data memory.
实际结果表明，一路全双工实现所需计算量为33MIPS(兆整点指令每秒)，1.7k字程序空间和2.3 k字数据空间。
Consequently, MIPS allows astronomers to study the production of meteoroids by comets whose orbits do not cross the Earth's path.
因此，MIPS使天文学家得以研究与地球轨道不交汇的彗星产生的流星体。
In general, the speed of authentication card is restricted by the bus width of CPU on card, MIPS and the speed of authentication algorithm.
通常认证卡的速度受限于板卡cpu的总线宽度及MIPS和认证算法的速度。
The software and hardware design of smart card interface module of system on a chip based on MIPS processor is discussed in this dissertation.
本文主要讨论基于MIPS处理器的片上系统的智能卡接口模块的软、硬件设计。
Recently, since the development of computer architecture, some problems in using MIPS to evaluate and compare the performance of computers are discovered.
近年来，由于计算机结构的变化，使人们开始意识到以MIPS衡量计算机的运算速度存在着问题。
This mode emulates a number of processor architectures, such as x86, x86_64, ARM, SPARC, PowerPC, and MIPS, with reasonable speed using dynamic translation.
这种模式可以仿真很多处理器架构，例如x86、x86_64、ARM、SPARC、PowerPC和MIPS，其动态转换的速度也比较理想。
Through analyzing the methods of branch prediction proposed in recent years, I bring forward a hybrid branch prediction scheme which ADAPTS well to MIPS instruction set.
本文基于对近年来国内外分支预测方法的分析，提出了一种切实适用于MIPS指令系统的混合分支预测方案。
Available editions: Minimal installation CD and live CD (with GNOME) for Alpha, AMD64, HPPA, IA64, MIPS, PPC, SPARC and x86 processors; also "stages" for manual installation from command line.
可用版本：最小安装光盘和liveCD (with GNOME)用于Alpha,AMD64,HPPA, IA 64,MIPS,PPC,SPARC和x86处理器；也可用“stages”从命令行手动安装。
Effect of different molar ratios of the functional monomer to the template on the performance of the synthesized MWNTs-MIPs was discussed and the results showed that the optimum ratio was 4:1.
讨论不同摩尔比例的功能单体与模板分子合成印迹聚合物的效果，得出最佳的摩尔比为4：1。
Compared with the routine and traditional medium used for separation and analysis, the outstanding character of MIPs based on molecular recognition is its excellent selectivity to the substrates.
与常规和传统的分离和分析介质相比，基于分子识别的分子印迹聚合物的突出特点是对被分离物或分析物具有高度的选择性。
The results show the importance of solvent choice in molecular imprinting and demonstrate that computational quantum chemistry analysis can assist in choosing a solvent for the synthesis of MIPs.
上述结果表明，溶剂对于分子印迹聚合物的分子识别性能具有重要的影响，而计算量子化学分析对于分子印迹介质合成时的溶剂体系选取和优化具有很好的指导作用。
The results show the importance of solvent choice in molecular imprinting and demonstrate that computational quantum chemistry analysis can assist in choosing a solvent for the synthesis of MIPs.
上述结果表明，溶剂对于分子印迹聚合物的分子识别性能具有重要的影响，而计算量子化学分析对于分子印迹介质合成时的溶剂体系选取和优化具有很好的指导作用。
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