What makes robots work

Nanobots would probably carry medication and surgical tools on board. They would need to be able to navigate through the human body and then find their way out too. Nanobots could be used in other situations too. Tiny nanobot gears and tools could allow construction of objects at the tiniest of scale.

Some of the things we only imagine in science fiction could one day be reality. Maybe you will one day be a scientist who works with nanobots. Artificial intelligence is also known as machine intelligence or AI for short.

Some computers and robots have been given the opportunity to act with human-like behavior. Face recognition software, complicated scheduling software, or computer games that give players a response based on the players actions are all forms of artificial intelligence.

The goal for AI was, at one time, to recreate the intelligence of a human being. At the present time, insect intelligence is the focus of research and development because insects and their behavior are easier to mimic.

Nanobots could be based on insect behavior, working in swarms together to perform a function. Some robots and computers have been given the ability to learn and to use information from previous activities to make future decisions. This science is in the early stages, but robots are being developed that can make decisions in order to serve food, translate words from one language to another, and get information from outside resources to solve problems. Unlike in the movies, Robots are unable to think or make decisions; they are only tools to help us get things done.

Robots are machines with programed movements that allow them to move in certain directions or sequences. What do Robots do? A brief history Robots seem like a modern day invention, but in reality evidence suggests that automations were created for everything from toys to parts for religious ceremonies in ancient Greece and Rome. So Why Use Robots? Parts of a Robot Robots can be made from a variety of materials including metals and plastics.

Often, the program is very detailed as it give commands for the moving parts of the robot to follow. Want to keep learning? This content is taken from The University of Sheffield online course,. This content is taken from The University of Sheffield online course. See other articles from this course. This article is from the online course:.

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URBIE checks out areas that would pose potential risks to human investigators. See more pictures of robots. A body structure A muscle system to move the body structure A sensory system that receives information about the body and the surrounding environment A power source to activate the muscles and sensors A brain system that processes sensory information and tells the muscles what to do.

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