What is the primary goal of control theory in autonomous systems?

• To manually control systems

• To reduce system efficiency

• To increase system complexity

• To design systems that can operate without human intervention

What are the two main types of inputs to a system?

• Analog and digital inputs

• Internal and external inputs

• Input and output signals

• Control inputs and disturbances

What is the key characteristic of an open loop control system?

• It is less efficient than manual control systems

• It cannot operate autonomously

• It operates based on predefined commands without needing feedback

• It requires feedback to operate

Why are mathematical models crucial in control theory?

• They are only necessary for complex systems

• They simplify system design to an unnecessary degree

• They are not required for modern control systems

• They provide a basis for designing controllers and understanding system dynamics

Why is system identification important for control theory?

• It helps in designing controllers by understanding system dynamics

• It eliminates the need for feedback control

• It simplifies the mathematical models to basic equations

• It is only necessary for academic research

What is a significant limitation of feed forward control?

• It requires feedback to function

• It does not account for disturbances and uncertainties

• It is too complex to implement

• It cannot operate without constant human intervention

Why is feedback control considered more powerful than feed forward control?

• Because it does not require any mathematical models

• Because it can correct errors in real-time by using system state information

• Because it operates independently of the system state

• Because it is simpler to implement

What does a feedback control system use to determine appropriate control inputs?

• A random guess based on previous inputs

• Both the reference and the current state of the system

• Only the current state of the system

• Only the reference signal

What is the primary challenge when implementing feedback control?

• It can potentially destabilize the system

• It is too simple to be effective

• It requires no knowledge of the system dynamics

• It operates independently of disturbances

How can the stability of a system be affected by feedback control?

• Feedback control always stabilizes a system

• Feedback control has no effect on system stability

• Feedback control can either stabilize or destabilize a system

• Feedback control always destabilizes a system