HSIC

Design of the Self-Tuning Class based on HSIC Algorithm in Dual Function Gas Water Heater

双功能燃气热水器基于仿人智能控制算法的参数校正级设计

Electronic Speed Governor for Gasoline Generator Based on HSIC

一种基于仿人智能控制的汽油发电机电子调速器

Analysis and Simulation on a New Algorithm of Characteristic Model of Fuzzy HSIC

一种模糊HSIC特征模型新算法的分析与仿真

Design and Application of a Novel HSIC 's Parameters Adjusting Level Strategy

一种新型的仿人智能控制器参数校正级的设计及应用

Implementation of HSIC Control System for Middling and Small Coal Boiler

中小型燃煤锅炉仿人智能控制系统的实现

Algorithm of speed regulation to the blower fan based on HSIC

基于仿人智能控制的风机调速算法

Study of Transient On Wafer Test Technique for GaAs HSIC

GaAs高速电路在片瞬态测试技术研究

This paper is introduced a new method of human-simulating intelligent control ( HSIC ) .

本文提出了一种新的仿人智能控制方法。

Adjustment and Optimization of HSIC Product Structure

邯钢产品结构的调整与优化

Fast-tracking control arithmetic and application based on GA and HSIC

一种基于GA和HSIC的快速跟踪控制算法及应用研究

Designing of characteristic models is a very important part of human simulating intelligent control ( HSIC ) theory .

特征模型的设计是仿人智能控制理论中十分重要的组成部分之一。

Medium Consistency Pulp Simulation Human Intelligent Control Based on the model of Human Simulation Intelligent Controller ( HSIC )

纸浆中浓仿人智能控制在简要给出的仿人智能控制器模型基础之上，采用仿人智能控制器的设计方法，详细阐述了针对伺服对象的仿人智能控制算法，并对算法进行了仿真验证。

Compared with PID controller HSIC controller has more effective control 、 improves the performance of robot .

通过与PID控制器的实验比较，结果表明HSIC控制器有更好的控制品质，改善了机器人的运动性能。

The HSIC is applied to the combustion system of middle and small boiler , its design is given .

将仿人智能控制理论（HSIC）应用于中小型燃煤锅炉燃烧控制系统，并给出了仿人智能控制器的设计。

The technical principle and system configuration of the transient parameters on wafer test for GaAs HSIC is described .

介绍了GaAs高速集成电路在片瞬态参数测试的技术原理和系统组成。

Mining and Quarrying [ Industry Sector 2 of HSIC ]

采矿及采石业〔香港标准行业分类行业类别2〕

Motion Research of Omnidirectional Soccer Robot with an Improved HSIC Controller Design & Simulation of NN-based Human Simulated Intelligent Controller

基于改进HSIC控制器的全向足球机器人运动研究

The Application of Human-simulated Intelligent Control ( HSIC ) in the Servo Loading Test Equipment of Vehicle Hydraulic Underpan

仿人智能控制在工程机械液压底盘模拟加载试验台中的应用

After full vehicle dynamics model was derived , Human-like Intelligent Control ( HSIC ) based on full car with different poses was designed .

在建立整车动力学模型的基础上，设计了基于整车分姿态协调控制的仿人智能控制器。

The simulation result points out that the system control quality is better by HSIC than by PID in main adjuster for the dynamic and steady performance .

系统仿真研究指出主调节器使用HSIC的动态、静态控制品质比采用PID调节器控制的效果更好。

This paper introduces the important offshoot of intelligent control field & Human-Simulated Intelligent Control ( HSIC ) theory to the control system of UPFC .

本论文将智能控制领域的重要分支&仿人智能控制（HSIC）引入到UPFC的控制中。

The control difficulty points of drum water level , three parameters system structure of boiler water level system , control strategy choosing and control algorithm of HSIC were studied .

研究了汽包液位控制的难点、锅炉水位三冲量系统结构、控制策略选取及HSIC控制算法。

Finally , this paper uses the HSIC algorithm in this system and makes the turntable to meet requirement of the precision locating and real-time running .

最后，在本系统中运用此算法，使转台满足了精密达位和实时性的要求。

Adopting the MATLAB software as simulation platform , the author has studied simulation algorithm for single-impulse HSIC system used in the field of boiler 's water-level control .

在此基础上，提出了单冲量仿人智能控制系统，将先进的仿人智能控制算法引入到了锅炉汽包水位调节系统中。

A series of the simulation results reveal that HSIC is really applicable for the nonlinear , multivariable and unstable mechanical system and attain satisfactory performance in return .

一系列仿真结果表明仿人控制理论可以解决非线性多变量自不稳定复杂系统的控制问题并获得满意的控制品质。

Consequently , for the heater popularization , it is very necessary to ameliorate the former HSIC temperature control algorithm to the gas water-heater system for the control effectiveness .

因此，要使双功能燃气热水器真正走入千家万户，必须对原有仿人智能温度控制算法进行改进，已确保该系统的控制品质。

The paper studied the active vibration control of an adaptive structure with PZT stack actuator , whose structural control design uses displacement feedback and human-simulated intelligent control ( HSIC ) .

研究了以PZT压电堆式主动构件为作动器的自适应桁架结构的振动控制问题。

By analyzing the movement of CDPS and simulating the Human controller , designed the Sensory-motor Intelligent Schemas of HSIC controller for the CDPS .

通过对CDPS运动的物理过程分析，模仿人控制器的特点，规划设计了CDPS的HSIC控制器的动觉智能图式。

Additionally , this paper discusses the performance of UPFC intelligent control system based on HSIC under the disturbance ( such as delay and white noise ) on the information from the generator control unit .

此外，论文对于来自发电机控制单元的远端信息可能存在的干扰，如延时和白噪声干扰，讨论了基于HSIC的UPFC智能控制系统在干扰下的工作性能。

It includes the subsection control strategy , the decision algorithm of touch force stability in abnormal circumstances and the task self-adapting human-simulation intelligent control ( HSIC ) of touch force .

包括遥控焊接接触力分段控制策略、异常情况的接触力稳定性监控决策算法、任务自适应仿人智能算法。