térvezérléses

Térvezérléses refers to a method of control where the control signal is a function of the system's state vector, which is a collection of variables that completely describe the state of the system at any given time. This approach is commonly used in control theory and engineering.

In a térvezérléses system, the controller's output is determined by the current values of the state variables. This allows for a more sophisticated and adaptive control strategy compared to simpler methods that might rely on a single input or output. The state vector typically includes variables such as position, velocity, temperature, or pressure, depending on the specific application.

The design of a térvezérléses system often involves concepts like state feedback, where the controller's output is a linear combination of the state variables. This allows for the manipulation of the system's dynamics, such as its stability and response time. Techniques like pole placement are used to design state feedback controllers that achieve desired system performance.

Applications of térvezérléses are found in a wide range of fields, including aerospace, robotics, automotive systems, and process control. For example, in a robotic arm, the state vector might include the angles and angular velocities of each joint, and the térvezérléses controller would use this information to precisely move the arm to a desired position. Similarly, in an aircraft, state variables like altitude, airspeed, and attitude are used by the térvezérléses autopilot to maintain stable flight.