CAJ | 학술논문

车辆的人性化设计是轿车发展的重要方向，将先进技术融入控制系统已成为车辆发展的趋势。运用MAT-LAB语言，根据MATLAB图形用户界面的特点，采用曲线拟合、优化计算、图形处理等方法，对配置该动力换档变速器装载机的汽油机与变矩器进行匹配计算。利用MATLAB的SIMULINK工具箱对汽车自动变速系统进行了测试分析和仿真模拟，最后给出了仿真结果。仿真结果说明了系统仿真模型的建立以及工况选择和初始仿真参数的设定是合理的，从而有力地验证了所提出的车辆智能换挡控制系统的结构及控制算法的可行性、准确性与可靠性。
차량적인성화설계시교차발전적중요방향，장선진기술융입공제계통이성위차량발전적추세。운용MAT-LAB어언，근거MATLAB도형용호계면적특점，채용곡선의합、우화계산、도형처리등방법，대배치해동력환당변속기장재궤적기유궤여변구기진행필배계산。이용MATLAB적SIMULINK공구상대기차자동변속계통진행료측시분석화방진모의，최후급출료방진결과。방진결과설명료계통방진모형적건립이급공황선택화초시방진삼수적설정시합리적，종이유력지험증료소제출적차량지능환당공제계통적결구급공제산법적가행성、준학성여가고성。
Humanized design of the vehicles is an important direction of car development, , advanced technology into the control system has become the development trend of the vehicle. Using MATLAB ,MATLAB graphical user interface according to the characteristics ,the use of curve fitting ,optimization,image processing and the other methods,the configuration of the power shift transmission and torque converter gasoline loaders match calculations. SIMULINK of MATLAB toolbox for automotive automatic transmission system were tested and simulation, and finally the simulation results. Simulation results show that the system simulation model and simulation conditions and initial selection parameter settings are reasonable, and thus effectively validate the proposed intelligent vehicle shift control system structure and control of its feasibility, accuracy and reliability.