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ICT
| Question | Answer |
|---|---|
| It is a branch of science, technology and engineering that focuses on the design, construction, programming and application of robots to perform tasks automatically or with minimal human intervention. | Robotics |
| It came from a Czech word “robota”. | Robot |
| It means hardwork or labor. | Robota |
| It is a machine that can be programmed to do tasks automatically. | Robot |
| It can sense surroundings and perform actions based on instructions given by humans or artificial intelligence (AI). | Robot |
| It is a robot that can move through its environment independently by using sensors, cameras, artificial intelligence (AI) and navigation software without requiring constant human controls or fixed paths. | Autonomous Mobile Robot (AMR) |
| Sensors, cameras, artificial intelligence (AI) and navigation software are used by this robot to move through its environment independently. | Autonomous Mobile Robot (AMR) |
| It is a mobile robot that transports materials or goods by following predetermined paths using guide wires, magnetic strips and navigation system with little or no human intervention. | Automated Guided Vehicle (AGV) |
| Guide wires, magnetic strips and navigation system are used by this mobile robot to follow predetermined paths. | Automated Guided Vehicle (AGV) |
| It is a type of robot with rotary joints that allow its arm to move in multiple directions, similar to a human arm. | Articulated Robots |
| Rotary joints allow the arm of this robot to move in multiple directions, similar to a human arm. | Articulated Robots |
| It is a robot designed to resemble and imitate the appearance, movements and behaviors. | Humanoid Robots |
| It is a robot designed to work safely alongside humans in a shared workspace. | Cobots |
| It is built to assist people by performing collaboratively. | Cobots |
| Are robots that combine the features, movements or technologies of two or more types of robots to perform a wider range of tasks more efficiently and effectively. | Hybrids |
| Robots are used in factories to perform repetitive, precise and hazardous tasks. | Manufacturing and Industrial Automation |
| These are applications of robots that include welding, assembly, material transportation and warehouse security. | Manufacturing and Industrial Automation |
| Welding, assembly, material transportation and warehouse security are examples of this application of robotics. | Manufacturing and Industrial Automation |
| Robots assist healthcare professionals in providing medical care and improving patient outcomes. | Healthcare |
| They are used to deliver medication and disinfect surfaces. | AMRs |
| They are used to assist medical professionals during rehabilitation or to help nurses to serve their patients. | Cobots |
| Robotics can enhance the customer or guest experience in various ways. | Retail and Hospitality |
| Companies use robotics to automate inventory processes, clean environment and assist customers with luggage handling and valet parking. | Retail and Hospitality |
| Automate inventory processes, clean environment, luggage handling and valet parking are uses of robotics in this field. | Retail and Hospitality |
| They are helping farmers harvest their crops more quickly and efficiently with impressive intelligence capabilities. | AMRs |
| They can assess ripeness, move branches or leaves out of the way and pick crops precisely and delicately to avoid causing any harm to the produce. | Agricultural robots |
| Assess ripeness, move branches or leaves out of the way and pick crops precisely and delicately are abilities of these robots. | Agricultural robots |
| They have helped revolutionize personnel safety in the field while aiding in reconnaissance and surveillance. | AMRs |
| Reconnaissance and surveillance are uses of AMRs in this field. | Government and Defense |
| Robots perform dangerous tasks to protect human lives. | Government and Defense |
| These are robots that are designed to perform scientific research, exploration, maintenance and other tasks in outer space where conditions are dangerous and inaccessible to humans. | Space Exploration |
| Scientific research, exploration and maintenance in outer space are tasks performed by these robots. | Space Exploration |
| They are used where conditions are dangerous and inaccessible to humans. | Space Exploration |