MVME2400 MOTOROLA 微处理器飞思卡尔半导体交换机

MVME2400 MOTOROLA 微处理器飞思卡尔半导体交换机

单输入单输出(SISO)——这是最简单和最常见的类型，其中一个输出由一个控制信号控制。例如上面的巡航控制示例，或者音频系统，其中控制输入是输入音频信号，输出是来自扬声器的声波。

MVME2400多输入多输出(MIMO)–这些在更复杂的系统中可以找到。例如，现代大型望远镜例如作呕和manualmuscletest肌力试验具有由许多单独的段组成的反射镜，每个段由执行机构。整个镜子的形状由MIMO不断调整主动光学使用来自焦平面上多个传感器的输入的控制系统，以补偿由于热膨胀、收缩、旋转时的应力和变形引起的反射镜形状的变化波阵面由于大气中的湍流。复杂的系统，例如核反应堆和人类细胞被计算机模拟为大型MIMO控制系统。

线性控制理论–这适用于由符合以下标准的设备制成的系统叠加原理，大致意思是输出和输入成正比。他们受线性微分方程。一个主要的子类是另外具有不随时间变化的参数的系统，称为线性时间不变量(LTI)系统。 

MVME2400 MOTOROLA 微处理器飞思卡尔半导体交换机

Single input Single Output (SISO) - This is the simplest and most common type, where one output is controlled by a control signal. For example, the cruise control example above, or an audio system where the control input is the input audio signal and the output is the sound wave from the speaker.

MVME2400 Multiple Input Multiple Output (MIMO) - these can be found in more complex systems. For example, modern large telescopes such as the Naw and manualmuscletest muscle force tests have mirrors composed of many individual segments, each of which is operated by an actuator. The shape of the entire mirror is constantly adjusted by MIMO active optics using a control system with input from multiple sensors on the focal plane to compensate for changes in the shape of the mirror caused by thermal expansion, contraction, stress and deformation during rotation of the wave front due to turbulence in the atmosphere. Complex systems, such as nuclear reactors and human cells, are computer-simulated as large MIMO control systems.

Linear control theory - This applies to the principle of superposition of systems made from devices that meet the following criteria, roughly meaning that the output and input are proportional. They are subject to linear differential equations. A major subclass is systems with additional parameters that do not vary with time, called linear time Invariant (LTI) systems.