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Control System Research Papers

Control System Research Papers are mainly deals with the system that offers the desired response by controlling the output. A control system is actually a set of mechanical or electronic devices that regulates other devices by controlling loops.

A Control system is actually a system that offers the desired response by controlling the output.

Here, the control system is exemplified by a single block. The output is controlled by varying input, thus, the name Control system.

The greatest examples of control systems are Traffic lights control systems, washing machines.

Control system actually controls, manages, commands, directs, and regulates the behaviour of other devices with the help of control loops.

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Traffic Lights Control System


It is a sequence of the input signal that is implemented to this control system and the output is one of the ‘3’ lights that will be on for some period of time.

At this time, the other ‘2’ lights will be off. On the basis of the traffic study at a specific junction, the on and off times of the lights can be determined. So, the input signal controls the output. Thus, the traffic lights control system controls on the basis of time.

Traffic light control system mainly used for monitoring and controlling the flow of automobiles through the junction of many roads. Traffic light controlling systems are otherwise known as spotting lights. This traffic light control system works with the idea of fixed time allocation at each side of the junction that cannot be altered according to the traffic density variation.

HVAC Control System:

HVAC control systems regulate temperature, humidity, and air quality in buildings. These systems use sensors to monitor indoor conditions and adjust heating, cooling, and ventilation equipment to maintain a comfortable environment efficiently.

Process Control Systems:

In industrial settings, process control systems are used to manage and optimize various manufacturing processes. These systems monitor parameters such as temperature, pressure, flow rates, and chemical concentrations, making real-time adjustments to maintain product quality and efficiency.

Power Grid Control System:

Power grid control systems manage electricity generation, transmission, and distribution. These systems balance the electricity supply and demand, stabilize the grid, and respond to fluctuations or disturbances.

Classification of Control Systems

On the basis of some parameters, control systems are classified into the following types.

Continuous-time & Discrete-time control systems

  • Control systems can be categorized as continuous-time control systems and discrete-time control systems on the basis of types of the signal used.
  • In continuous-time control systems, all the signals are continuous in time. But, in discrete time control systems, there one or more discrete-time signals subsists.

SISO and MIMO Control Systems

  • Control systems can be categorized as SISO control systems and MIMO control systems on the basis of the number of inputs and outputs present.
  • SISO control systems that control systems have one input and one output. However, MIMO controls systems have more than one input and more than one output.

Open-Loop and Closed-Loop Control Systems

  • The input is applied to a controller and it provides a stimulating signal or controlling signal. This signal is provided with an input to a plant or process that is to be controlled. Thus, the plant offers an output that is controlled.
  • In closed-loop control systems, the output is fed back to the input.
  • Open-loop control systems are easy to be designed and they are economical.
  • In this open-loop control system, the output is not fed back to the input, so the control action is independent of the desired output.
  • Open-loop control systems are inaccurate and closed-loop control systems are accurate.
  • Closed-loop control systems are costlier
  • These are otherwise known as non-feedback control systems.

Applications of Control Systems

Control Systems in Physical Systems


CS is involved in every aspect of the daily environment. In the home, the refrigerator develops a temperature-control system. The thermostat measures an actual temperature and the error.

A compressor motor is used for power amplification. Other applications of control in the home are the hot-water heater. The central heating system, and the oven that all work on a related principle. We also encounter CS while driving our automobiles. CS is utilized to maintain a constant speed, constant temperature, steering, suspension, engine control, and to control skidding.

Control System in Industrial Robots


A new working force strategy without rejecting the existence of CS is recognized by retooling the workforces, so the challenges of social impacts can give answers wisely and helps to develop great chances to improve human living standards.

In manufacturing companies in various countries, there is a huge increase in the need for industrial robots by using control systems that are programmable machine tools that are designed in many cases to perform the toughest tasks.

PhD in Control Systems


PhD in Control systems and engineering will prepare graduates for their professional careers in industries, government agencies, national labs, academia, or start-up companies engaged in activities that will influence the field.

PhD research topics in the control system

  • Iterative learning and repetitive control
  • Kinematics, intelligent mechanism, morphing mechanisms
  • System identification, damage detection in structures
  • Robot time-optimal control, time-optimal path planning
  • Robotics in space
  • Walking, hopping, somersaulting robots
  • Satellite attitude dynamics
  • Energy optimal control