MIPS

abbr.

1. 百万条指令每秒（计算机速度单位）
   million instructions per second (a unit for measuring computer speed)

1. This allows, for example, a binary compiled for the MIPS architecture to be executed on Linux running on x86.
   例如，在x86平台上运行的Linux系统上可以执行为MIPS体系架构编译的二进制文件。
2. This process creates not only an executable qemu image for the current target architecture but also a set of images for other architectures, including ARM, MIPS, PowerPC, 68k, and SPARC.
   此过程不仅可以为当前的目标架构创建可执行的qemu映像，而且可以为其他架构（包括ARM、MIPS、PowerPC、68k和SPARC）创建一组映像。
3. 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）。
4. 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。
5. Save expensive MIPS, disk, and channel resources
   节省昂贵的MIPS、磁盘和通道资源
6. But Bochs also achieves efficient emulation ( up to100 million instructions per second [ MIPS] on a modern processor) while also being portable.
   但是Bochs也实现了高效仿真（在现代处理器上高达每秒钟1亿条指令[MIPS]），同时还是便携的。
7. By equilibrium adsorption experiments and high performance liquid chromatography ( HPLC), the rebinding properties of the MIPs to protocatechuic acid ( template) and its analogues were evaluated.
   通过静态平衡吸附实验和高效液相色谱分析，评价了分子印迹聚合物对模板及其类似物的键合行为。
8. 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。
9. It obtains the characteristics of MIPs in China such as the government and corporations managing the MIPs collaboratively by work interlacement and dividing;
   结果表明，我国的综合型工业园采取的政府和公司化交错和分工的管理模式；
10. In addition, equilibrium binding experiments were carried out to evaluate the adsorption properties and selective recognition ability of the MIPs.
    此外还运用平衡吸附实验研究了该MIP的结合特性和选择性识别能力。
11. Improvement on MIPS Instruction Set Simulation
    改进MIPS指令集模拟方法的研究
12. Design and Implementation of a 32 bit MIPS Microprocessor
    32位MIPS微处理器的设计与实现
13. Study of Remote Video Transmission Technology Based on MIPS Architecture
    基于MIPS架构的远程视频传输技术的研究
14. SCV-based random instruction generation tool used for generation of MIPS instructions in a system level modeling and simulation environment of SystemC was introduced.
    该随机指令生成工具包括静态生成与动态生成两种工作模式。
15. Computing All MIPS Based on HS-Tree
    基于HS-树的所有MIPS求解算法
16. Case Study: A simple VM and paging system for the MIPS R3000.
    实例分析：MIPSR3000上的一个简单的虚存和分页系统。
17. It was arguably a successful concept, but it never really gained widespread acceptance, and the MIPS OS itself never ran on any platforms other than MIPS'own workstations.
    这可以说是一个成功的概念，但它从来没有真正得到了广泛的接受和MIPS操作系统本身从来没有在任何平台上运行比MIPS公司自己的工作站等。
18. With muti-cycle ( MIPS like) and single pipeline.
    多周期（仿MIPS）和单流水线。
19. Molecularly imprinted polymers ( MIPs) are stable polymers with selective molecular recognition abilities, provided by the template used during their synthesis.
    分子印迹聚合物（MIPs）是一种有选择性分子识别能力的稳定聚合物，其分子识别能力来自于合成过程中的模板。
20. Multi-level index and instruction abstract technology are used to improve the decode methods of the traditional MIPS instruction set simulation.
    通过改进传统的MIPS指令集译码方法，采用多级索引和指令抽象技术实现了MIPS指令集模拟加速。
21. The MIPS processor family is an excellent example.
    MIPS处理器族是极好的例子。
22. On the downside, this approach uses the CPU and requires additional MIPS.
    这种方式的缺点占用CPU并需要额外指令。
23. The basic principles of MIT and the applications of molecularly imprinted polymers ( MIPs) in separation fields were introduced.
    阐述了分子印迹方法的基本原理，介绍了分子印迹聚合物在分离领域的应用。
24. A software and hardware co-simulation environment has been built for the HDTV decoder SoC based on MIPS processor core.
    针对基于MIPS系列处理器内核的高清电视解码SoC，构建了一个软硬件协同仿真环境。
25. Design and implement a MIPS microprocessor compatible chipset.
    设计并基本实现了MIPS微处理器兼容的芯片组。
26. Design and Implementation of FPGA Hardware Emulation Platform and MIPS Chipset
    FPGA硬件仿真平台和MIPS芯片组的设计与实现
27. In this thesis, progress on synthetic method or technology of Molecular imprinting polymers ( MIPS) was reviewed.
    本文综述了分子印迹聚合物合成技术的最新进展及分子印迹聚合物在色谱分析和分离、固相萃取、仿生传感器等方面的应用。
28. This method can effectively reduce the amount of MIPS code generated by translating, and can improve system performance.
    这种方法能够有效的减少翻译生成的MIPS代码数量，并能提高系统的性能。
29. In order to investigate the binding performance of the MIPs and blank polymers, their binding isotherm was determined.
    为了研究聚合物的结合性质，分别测定了印迹聚合物与空白聚合物的结合等温线。