waveform digitization

waveform digitization的基本解释

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[计] 波表数字化

与waveform digitization相关的网络例句 [注：此内容来源于网络，仅供参考]

The first part of this paper mainly intends to state the concept of the campus digitization; then the second part makes a simple statement on the present development situation computer network system and function enlargement of the contemporary campus network system; the third part isthe key point of this paper, which surround the practical subject----thedesign and plan of Weihai college network system digitization and study the network development from the angle of the connection between theory and practice; the fourth part states the design and plan of the campus network system digitization building from the application of the new technology and the achievement of the administration function two aspects; the fifth part studies the problem we find and discuss the further innovation and the future campus digitizations development direction according to the campus digitization building; the sixth part is a conclusion forecast the future information building of national education from the campus digitization.

本文第一部分主要针对数字校园的概念进行了阐述；然后在第二部分就计算机网络技术的发展现状以及现阶段校园网功能的拓展做了简单论述；第三部分是本文的重点，围绕威海职业学院数字化校园网络系统的规划设计建设这个实际项目，从理论联系实际的角度出发展开研究；第四部分则主要从新技术的应用以及管理功能的实现两方面对校园数字化建设规划设计进行了探讨；在第五部分，根据校园数字化建设探讨了未来数字校园的发展方向，并从发现的问题入手研究探索数字化校园的进一步发展更新；第六部分是对全文的总结，从校园的数字化展望未来国家教育的信息化建设。

On the basic theory, some concepts are proposed, such as partial derivative of waveform polynomial, waveform polynomial vector, delay matrix, multiple valued Boolean process, conditional sensitization, waveform distance with crosstalk and three-dimentional Boolean process. And based on these concepts, a sensitization theorem for sequential circuits and the transition numbers theorems for waveform polynomial are proposed; the model and data structure for the representation and manipulation of waveform polynomial are proposed.

基础理论方面，提出波形多项式偏导、波形多项式向量、延时矩阵、多值Boolean过程、条件可敏化、考虑串绕的波形距离及三维Boolean过程等概念，并在此基础上提出时序电路的敏化定理、波形多项式描述跳变数的定理以及波形多项式的多项式符号表示与运算的模型和数据结构。

Arbitrary waveform generator is widely used in experiment and practical work as signal sourer. Apply the HSO function of 8OC198KC MCU to generate PWM waveform, then use the PWM to compose arbitrary waveform. The concrete hardware control circuit and the software realization method are presented. Then take the three-phase SPWM waveform generator for example, pot forward the application circuit and show the result of test. Experiment shows that the waveform distortion of sine, triangle and sawtooth is small and the operation is simple. The performance is high.

任意波形发生器作为信号源，在实验教学和实际工作中有着广泛的应用；应用Intel公司80C196KC单片机的HSO功能产生PWM波形，再由FWM波合成频率在20~100Hz之间的任意波形；设计了具体的硬件控制电路和详细的软件实现方法，并以三相SPWM波形发生器为例，给出了实际应用电路及其测试结果；实验结果表明，该波形发生器产生的三相正弦波，三角波、锯齿波失真度小，操作简单，直观，性能价格比高。

与waveform digitization相关的网络解释 [注：此内容来源于网络，仅供参考]

waveform digitization：波形数字化

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