Glossary for Robot Learning

O. Michael Braimah
Feb 12 · 2 min read

This is a compact list of contextual definitions for terms relevant to machine learning applied to robotics, as used in my article on robot learning.

Source: ctemag.com

Agent: anything that makes decisions e.g software or a piece of machinery. The two defining characteristics of an agent are the ability to perceive its environment (through sensors) and the ability to act upon that environment (through actuators)

Affordance: an object’s property that shows the possible actions a user can take with it

Algorithm: a set of rules or instructions executed by an agent with the objective of solving a specific problem

Classification: a type of supervised learning where the output variable is discrete e.g. “Green”, “Yellow”, “Circle”, “Triangle”

Degrees of Freedom: the number of independent variables that affect the range of states in which a system can exist or the number of directions in which motion may occur

Environment: the world through which an agent moves

Gradient Descent: an optimization algorithm used in training a model by progressively estimating its local minima

Imitation Learning: a machine learning model where an agent learns a general ability by observing a human demonstration

Model: a mathematical representation of an agent’s learning process. Examples include supervised and unsupervised learning

Natural Language Processing: a branch of artificial intelligence that helps computers make sense of human language

Policy: the strategy used by an agent to take an action based on its current state. Also known as state-action mapping, a policy can be stochastic or deterministic.

Regression: a type of supervised learning where the output variable is a real value e.g. “weight”,”height”

Reinforcement Learning: a machine learning model where an agent learns from its own trial and error to arrive at a goal, without any human intervention or training data.

State: a representation of an agent’s idea of the world

Supervised Learning: a machine learning model where an agent learns a desired task from labeled data. The agent is trained with input-output data pairs that contain the correct solution for the desired task. It can either be applied to either classification or regression problems

Training: the process of teaching an agent by feeding it data

Visual Motor Skills: skills that require continual visual feedback to execute an action

Thanks to the following sites for providing source material for this definitions:
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www.stackoverflow.com
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www.stackexchange.com
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www.interaction-design.org
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www.lexico.com
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www.geeksforgeeks.org

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