The POWER5 chip has two hardware instruction threads that are both capable of issuing multiple instructions per cycle, which causes a boost in performance.
POWER 5芯片有两个硬件指令线程，在每个周期都能够执行多个指令，这可以提高性能。
Instead, extra oomph has been added in recent years by packaging multiple processing engines, or "cores", inside a single chip.
与之相反的是，近年来出现的通过将多个处理引擎或者“核”封装在一个芯片上的现象，又展现了另一种魅力。
In the past few years, the computer chip industry has been in the process of two major transitions, one from 32-bit chips to 64-bit and from single cores to multiple cores.
在过去的几年中，计算机芯片产业处于两个重大转变之中，一个是从32位芯片过渡到64位芯片，另一个是从单核过渡到多核。
The POWER6 chip has two hardware instruction threads that are both capable of issuing multiple instructions per cycle, which causes a boost in performance.
POWER 6处理器有两个能够在每个处理器周期发出多条指令的硬件指令线程，从而改善了性能。
Even if mass production made microprocessors cheaper than their multiple-chip rivals, they were still were not as powerful.
尽管微处理器的大规模生产比多芯片竞争者们来得便宜，但是在性能上却依然无法与之抗衡。
An arbitration based on parallel priority technique is used to solve the competition of information transfer among multiple Single-Chip microcomputers.
它是以并行解优的仲裁方式来解决多单片机之间信息传输所存在的争用问题。
By contrast, integrated circuits combine the functions of multiple electronic components on one chip.
相反，集成电路能够将多电子元件功能集中到一块芯片上。
If parallel processing succeeds, this sea of transistors could also be used by multiple processors on a single chip, giving us a micro multiprocessor.
如果并行处理方法能够实现，那么通过单个芯片的多重处理器即微型多重处理器，大量的晶体管可能也会被使用。
To compare the results of clinical application of liquid and solid protein chip technology in detecting multiple tumor markers, and discuss the feasibility of liquid protein chip in clinical practice.
比较液相与固相蛋白芯片检测多肿瘤标记物的临床应用效果，并探讨液相蛋白芯片应用于临床检验的可行性。
The procedure is to prepare the basis of a page to read and write, but it also supports a single, multiple, or even the whole chip to read and write data.
本程序就是按页读写编写的，但它也支持单个﹑多个﹑甚至整个芯片内数据的读写。
We put forward a technology named fixed instruction multiple data in order to accelerate the loop, and design a chip-multiprocessors architecture.
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。
A single chip can comprise multiple membranes.
单个芯片可以包括多个膜。
A beam steering system consisting of multiple single chip processors is described. It is simple and flexible because its phase calculation and control is implemented by software.
论述了由多片单片机构成的波控系统，因为波控系统的相位计算和控制是由软件实现的，所以这种波控系统具有简单、灵活的特点。
Based on a novel single -chip microprocessor, the device can generate multiple special pulse signals and output bi -directional electronic pulse.
治疗仪采用了一种新型的单片机，可产生多种特定的治疗脉冲信号，电极双向脉冲输出。
A single chip computer based multiple channel temperature data logger for both thermal resistor and thermocouple is developed.
开发了一种基于单片机的热电阻、热电偶混用多通道温度巡测装置。
Introduces the principle of ADE7763 chip on measuring active energy and the design of single-phase multiple-rate electricenergy meter based on chip.
介绍了ADE7763芯片测量有功电能的原理及用该芯片设计的单相多费率电能表。
NVM and analog circuits are embedded on a single chip that can incorporate multiple functions conventionally executed by a multi-chip system.
NVM和模拟电路被嵌入在单个芯片可以掺入由一个多芯片系统通常执行多种功能上。
Pulse current is adjusted by pulse width modulation(PWM)signals from the single-chip processor. In addition, multiple $MA actuators' cooperation helps the active catheter to succeed in guiding motion.
利用单片机输出的脉宽调制（PWM）信号对脉冲电流进行调节和多个驱动器之间的相互配合作用，实现主动导管的导向动作。
This paper presents a technical method of Manchester coding and decoding by single-chip microcomputer with software to implement logging data transmission of multiple channals.
给出一种用单片机系统进行曼彻斯特编译码，实现多路测井数据传输的技术方案。
This system is based on the principle that speed multiple time equals length. With sound-control circuit and a single chip, the equipment can measure, check, display, print etc.
该系统基于速度乘以时间等于距离的原理，运用声控电路和单片机，具有测量、校准、显示、打印等功能。
It might be a polygenic disease which is regulated by multiple genes; gene chip technique has limitation in detecting the disease-causing gene of familial with congenital oligodontia.
基因芯片技术在筛查牙齿先天缺失家系的致病基因方面仍有一定的局限性。
In practice, the software on the chip must be rewritten to exploit multiple cores, but such software is becoming increasingly common.
实践中，为了利用多心芯片，软件必须重写，这种软件正在变得更加普遍。
This process is repeated multiple times to apply more layers, with careful monitoring and precise etching techniques applied to each layer, to produce the final layered chip design.
这一过程被重复多次以应用更多的层，通过仔细监测和施加到各个层的精确蚀刻技术，以产生最终的层状芯片设计。
This process is repeated multiple times to apply more layers, with careful monitoring and precise etching techniques applied to each layer, to produce the final layered chip design.
这一过程被重复多次以应用更多的层，通过仔细监测和施加到各个层的精确蚀刻技术，以产生最终的层状芯片设计。
应用推荐