自动控制原理是自动化及相关专业的学科基础课程,具有典型的多学科交叉特点,其先修课程包括高等数学、计算机、电力电子、机械等。其中,数学问题是该课程的核心问题。通过对数学问题的探究,帮助学生清楚地认识工程背景,激发学生的爱国...自动控制原理是自动化及相关专业的学科基础课程,具有典型的多学科交叉特点,其先修课程包括高等数学、计算机、电力电子、机械等。其中,数学问题是该课程的核心问题。通过对数学问题的探究,帮助学生清楚地认识工程背景,激发学生的爱国和求知热情,进而运用正确的学习方法较好地掌握自动控制的核心技术,对培养具有创新能力的工程型复合人才具有良好的指导意义。Automatic control theory is a basic subject of Automation and related majors, which has a typical character of multidisciplinary cross. Its pre-requisite courses include mathematics, computer, power electronics, mechanics, etc. Math is the central issue of this subject. Through the investigation of math problems, the students can better understand the engineering background, so that their patriotism and curiosity will be inspired. In this sense, the students can use the right learning method to delicately grasp the key knowledge of automatic control, thereby facilitating cultivation of engineering composite talents with innovation ability.展开更多
文摘自动控制原理是自动化及相关专业的学科基础课程,具有典型的多学科交叉特点,其先修课程包括高等数学、计算机、电力电子、机械等。其中,数学问题是该课程的核心问题。通过对数学问题的探究,帮助学生清楚地认识工程背景,激发学生的爱国和求知热情,进而运用正确的学习方法较好地掌握自动控制的核心技术,对培养具有创新能力的工程型复合人才具有良好的指导意义。Automatic control theory is a basic subject of Automation and related majors, which has a typical character of multidisciplinary cross. Its pre-requisite courses include mathematics, computer, power electronics, mechanics, etc. Math is the central issue of this subject. Through the investigation of math problems, the students can better understand the engineering background, so that their patriotism and curiosity will be inspired. In this sense, the students can use the right learning method to delicately grasp the key knowledge of automatic control, thereby facilitating cultivation of engineering composite talents with innovation ability.