The control system is the brain of a humanoid robot. It processes the data received by the sensor system and provides commands to the actuators to act based on this decision process.

The system controller in a humanoid robot acts as its brain, processing sensor data to perceive its environment, make decisions and control movements.

Humanoid and bipedal robot control systems represent a dynamic confluence of robotics, control theory and artificial intelligence. These systems are designed to enable robots to navigate complex ...

The control system of the head-mounted display BCI consists of several components: signal acquisition device, head-mounted display, humanoid robot, embedded camera, control algorithm, etc.

The control system of the head-mounted display BCI consists of several components: signal acquisition device, head-mounted display, humanoid robot, embedded camera, control algorithm, etc.

China’s robotics startup EngineAI is developing a control method that enables humanoid robots to walk with straight legs, mimicking natural human gait more closely.

Sponsored by Texas Instruments: The emergence of sensor fusion, which involves advanced MCUs and motor control among other technologies, promises to suffuse intelligent mobile autonomous robots ...

Stanford University and Simon Fraser University researchers have developed a new AI system that enables humanoid robots to mimic human movements in real time.

Soft inflatable robots have emerged as a promising paradigm for applications that require inherent safety and adaptability. However, the integration of sensing and control systems in these robots ...

Sanctuary AI just unveiled Phoenix, a bipedal general-purpose humanoid robot that stands 5’7" and weighs 155 pounds.

In a major leap for robotics, an Italian-made humanoid robot has successfully achieved controlled jet-powered flight, with AI guiding its every move.