The verification of microprocessor design must ensure the correctness of arithmetic circuit.
微处理器电路设计的验证工作必须确保运算电路模块设计的正确性。
A performance evaluation and modeling method for synthesizable arithmetic circuit is proposed.
提出了一种可综合算术运算单元的性能评估与建模方法。
Owing to the result of the design is a special arithmetic circuit, no program is run, reliability and stability is better then the designing by CPU.
由于设计的结果是一个专用的算式电路，不运行任何程序，工作的可靠性和稳定性都优于用CPU设计。
As the increase of circuit complexity, traditional simulation method has been unable to cover the total state space and the correctness of microprocessor arithmetic circuit cannot be ensured.
当电路复杂度达到一定规模后，传统的仿真验证方法已无法覆盖整个状态空间，从而无法保证像微处理器运算电路这类复杂设计的正确性。
CENTRAL PROCESSING UNIT, in a computer or digital circuit, the section containing the arithmetic and logic, control, and internal memory circuits.
中央处理器，计算机或数字电路中含有运算，逻辑，控制和内部存储电路的部分。
Based on the fixed errors of laser film printer, the paper gives one easy and simple calibrations arithmetic and sets up a way to achieve it by software and hardware circuit.
因为每台激光胶片打印设备未校准前的输出误差固定，故首先提出了一种简捷的激光成像校准算法，然后进行了软件和硬件电路的设计。
Through dynamic analysis of D2 and PD2 topographics maps, there might be a working circuit from both temporal lobes to C3, F7(or F3) under mental arithmetic task.
我们通过D2和PD2地形图的动态分析，认为在心算过程中可能存在从双侧颞部→C3、F7（或F3）的工作环路。
This circuit is implemented on a monolithic chip, which is comprised of a period time sampling unit, a peri-od distanee preset unit, an arithmetic unit, a clock and time sequence unit.
电路主要由周期计时电路、周期数据预置电路、运算电路及时钟和时序等电路构成。
Gas measure adopt collection circuit based on the hot catalyses component and the compensate component, the arithmetic of the non-linear and dynamic advance the gas precision.
瓦斯检测采用热催化元件和补偿元件搭建电桥采集电路，通过瓦斯浓度非线性动态标定算法提高了瓦斯检测精度。
This temperature control system used improved PID control arithmetic in software, fully considered measure of anti-jamming in hardware, the chart circuit and software flow chart are offered.
该温度控制系统。软件上采用了改进的增量型PID控制算法，硬件上充分考虑了抗干扰措施，并给出了硬件结构图与软件流程。
DBA design is to design the most part of circuit with digital arithmetic, leaving behind a few analog circuit.
数字化模拟技术也就是利用数字算法将大部分电路设计放在数字一边，只留一小部分模拟电路。
The router arithmetic of the parallel processor is complex. The circuit has long latency and the logic has the huge size.
并行处理器互连网络的路由算法异常复杂，电路延迟长，逻辑规模巨大，是制约高性能并行处理器提高频率、降低功耗的瓶颈。
This dissertation researches the arithmetic and the circuit implementation of Forward Error Correction (FEC) in digital audio wireless transmission.
本文研究数字音频无线传输中的前向纠错（FEC）算法和电路 的设计及实现。
According to the practical operation situation of SF6 circuit breaker, the hardware circuit and the software arithmetic are designed to intend to accurately monitor the SF6 circuit breaker in service.
根据SF_6断路器运行过程中的实际情况，设计了相应的硬件电路和软件算法，以期较为准确地对带电运行状态下的SF_6断路器进行在线监测。
A detection approach of harmonics and reactive currents based on the integrated vector in 3 - phase circuit is proposed, which has the advantage of brief arithmetic and wide applications.
从三相电路的综合矢量出发，提出了一种适用性广、算法简单的谐波及无功电流检测方法。
And a target distinguishing DSP circuit is given and simple target distinguishing arithmetic is discussed.
并基于DSP设计了的目标辨别电路，简单探讨了目标识别算法。
The design gives the signal conditioning circuit, accomplishes the hardware interface design of DSP chip TMS320VC5410 and chip -to-speech TLC320AD50C, and processes audio signal by FIR arithmetic.
介绍一种高保真的音频信号处理系统，给出了前端音频信号调理电路设计，实现了DSP芯片TMS320VC5410与语音转换芯片TLC320AD50C的硬件接口设计，并通过FIR算法实现了对音频信号的处理。
The detailed hardware circuit is given and the software control strategy was designed, and the self-adaptive parameter PI arithmetic was adopted.
设计了具体硬件电路和软件控制策略，控制算法采用参数自适应PI控制。
Aimed at the difficulty of calculating moulded case circuit-breaker contact breaking speed, a quantitative arithmetic method was proposed.
针对塑壳断路器触头分断速度计算难的问题，提出了一种定量计算触头分断速度的方法。
Firstly, based on the theory of pneumatic system design, the arithmetic of cylinder's diameter and the basis of components selection in charging (discharging) circuit are analyzed.
从气动系统设计的原理着手，分析气缸缸径的计算方法及进（排）气回路中气动元件的选型依据；
In a computer or digital circuit, the section containing the arithmetic and logic, control, and internal memory circuits.
计算机或数字电路中含有运算，逻辑，控制和内部存储电路的部分。
In a computer or digital circuit, the section containing the arithmetic and logic, control, and internal memory circuits.
计算机或数字电路中含有运算，逻辑，控制和内部存储电路的部分。
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