ITGS Chapter 16 – Artificial Intelligence and Robotics (HL only)

Creating a system that produces results comparable to human intelligence.

Creating a system that produces results comparable to human intelligence.

AI system that attempts to mimic the neurons and synapses in the human brain.

Logic in which clauses can have one of two states - such as yes or no, true or false.

AI technique that considers all possible solutions, looking for the best.

System designed to create text that is unreadable to a computer but understandable to a person, to reduce spam.

Use of logical statements to come to a conclusion.

Thought experiment dealing with the idea of knowledge.

Approach that tries to create systems that think and learn in the same way humans do.

Level of certainty in an answer a pattern recognition system provides.

Software used to create expert systems.

Software designed to make the same decisions that a human expert would, in a given knowledge domain.

Use of previous answers (right or wrong) to improve the decision making process next time.

Logic in which items can have multiple values.

Used in AI.

System in which items can be partial or complete members of a set. Used in AI.

System to recognise human writing and convert it to text.

General rules for performing a task, used to improve the perform of searching algorithms in AI applications.

Rule used by the inference engine in an expert system to describe the relationship between key concepts.

Part of an expert system which attempts to relate the users input with knowledge stored in the knowledge base.

Rule used by the inference engine in an expert system to describe the relationship between key concepts.

Area of an expert system where all facts about the knowledge domain are stored.

Area of knowledge in which an expert system specialises.

Programmer responsible for entering expert knowledge into an expert system.

Different techniques for representing concepts and their relationships inside a computer system.

Rule used by the inference engine in an expert system to describe the relationship between key concepts.

Technique for making a computer produce better results by learning from past experiences.

Technique for automatically translating one human language into another.

Techniques for processing human languages to enable a computer to understand their meaning.

AI technique that tries to simulate the human brain, using neurons and synapses.

Computational Intelligence technique where computers are trained on examples and learn to recognise similarities between them.

AI technique that considers all possible solutions, looking for the best.

Mathematical theory used in some AI techniques.

Computer system that can process spoken language and understand its meaning.

Example data used in a pattern recognition system.

Proposed test to see if a computer is intelligent or not.

Part of an expert system that accepts users inputs and presents answers.

Robot designed to look like a human, with lifelike skin and other features.

Robot which operates without human intervention.

Common input device in robotics. (There are many, so 'override' the answer if you get any correct one)

Common output device in robotics. (There are many, so 'override' the answer if you get any correct one)

Common output device in robotics. (There are many, so 'override' the answer if you get any correct one)

Techniques to let computers and robots see and understand the world around them.

Common input device in robotics.

(There are many, so 'override' the answer if you get any correct one)

Robot designed generally like a human - bipedal, upright, and arms, and a head.

Common input device in robotics. (There are many, so 'override' the answer if you get any correct one)

Common input device in robotics. (There are many, so 'override' the answer if you get any correct one)

Common input device in robotics.

(There are many, so 'override' the answer if you get any correct one)

Common input device in robotics. (There are many, so 'override' the answer if you get any correct one)

Common output device in robotics. (There are many, so 'override' the answer if you get any correct one)

Common input device in robotics. (There are many, so 'override' the answer if you get any correct one)

Common output device in robotics. (There are many, so 'override' the answer if you get any correct one)

Common input device in robotics. (There are many, so 'override' the answer if you get any correct one)

Common input device in robotics.

(There are many, so 'override' the answer if you get any correct one)

Common input device in robotics. (There are many, so 'override' the answer if you get any correct one)

Common input device in robotics. (There are many, so 'override' the answer if you get any correct one)

Common output device in robotics. (There are many, so 'override' the answer if you get any correct one)

Computerised device that performs manual or physical tasks, either autonomously or under remote control.

Common output device in robotics. (There are many, so 'override' the answer if you get any correct one)

Common output device in robotics. (There are many, so 'override' the answer if you get any correct one)

Input devices used to measure physical traits, such as sound, heat, or light.

Common input device in robotics. (There are many, so 'override' the answer if you get any correct one)

Common input device in robotics. (There are many, so 'override' the answer if you get any correct one)

Common output device in robotics.

(There are many, so 'override' the answer if you get any correct one)

Common output device in robotics. (There are many, so 'override' the answer if you get any correct one)

Common output device in robotics. (There are many, so 'override' the answer if you get any correct one)