AI Robotics | definition of AI Robotics by Medical dictionary
artificial intelligence (redirected from AI Robotics)
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1. a branch of computer science in which attempts are made to replicate human intellectual functions. One application is the development of computer programs for diagnosis. Such programs are often based on epidemiologic analysis of data in large numbers of medical records;
2. a machine that replicates human intellectual functions, although no machine (that is, computer) can do this yet.
artificial intelligence Informatics The study of intelligence using ideas and methods of computation whose central goal is to understand the principles that make intelligence possible; a format of computer programming that attempts to simulate human 'intelligence.' See Bayesian network, Expert system, Machine learning, Neural networking, Symbolic reasoning.
ar·ti·fi·cial in·tel·li·gence (AI) (ahr-ti-fishăl in-teli-jĕns)
Branch of computer science in which attempts are made to replicate human intellectual functions. One application is the development of computer programs for diagnosis. Such programs are often based on epidemiologic analysis of data in large numbers of medical records.
artificial intelligence The characteristics of a machine designed to perform some of the perceptive or logical functions of the human organism in a manner appearing to be beyond the merely mechanical. AI is largely a matter of computer programming, in which stored records of past experience are made to modify future responses, but it also encompasses research into humanoid methods of data acquisition, the use of fuzzy logic and of artificial neural networks.
References in periodicals archive
Although even simple platforms can motivate research-level AI robotics projects (Huang and Beevers 2004), it is primarily the sensing available that provides options to students, educators, and researchers alike.
Similarly, the software that supports AI robotics education will continue to mature.
I feel that to give an accurate assessment of the whole of AI robotics, it is important to look at the whole of robotics and how these pieces fit together.
This section attempts to compare my framework and themes for teaching AI robotics to undergraduates to those themes and frame works presented in current textbooks.
The common theme of the beyond the traditional computer science student session was to highlight the mathematics and science foundations through hands-on interaction with AI robotics
. These robotics adopters target audiences outside the advanced undergraduate/graduate focus of computer science and engineering departments.
This year, as in past years, the AAAI Mobile Robot Competition and Exhibition played an important role in providing a venue for promoting AI robotics