Quo vadis, computational intelligence
... of artificial intelligence (AI): engineering and empirical science. Traditional AI started as an engineering discipline concerned with the creation of intelligent machines. Computational modeling of human intelligence is an empirical science. Both are based on computations. Artificial Intelligence ( ...
... of artificial intelligence (AI): engineering and empirical science. Traditional AI started as an engineering discipline concerned with the creation of intelligent machines. Computational modeling of human intelligence is an empirical science. Both are based on computations. Artificial Intelligence ( ...
CS 561: Artificial Intelligence
... remain to be solved? Different types of robots. Tasks that robots are for. Parts of robots. Architectures. Configuration spaces. Navigation and motion planning. Towards highly-capable robots. What have we learned. Where do we go from here? ...
... remain to be solved? Different types of robots. Tasks that robots are for. Parts of robots. Architectures. Configuration spaces. Navigation and motion planning. Towards highly-capable robots. What have we learned. Where do we go from here? ...
pdf
... in AI was organized around modular functionalities, when attempts were made to combine these functionalities it was found that integration was less a matter of plug-and-play than a substantial technical achievement on its own [46]. Given the fast successes claimed by early AI in demonstrating advanc ...
... in AI was organized around modular functionalities, when attempts were made to combine these functionalities it was found that integration was less a matter of plug-and-play than a substantial technical achievement on its own [46]. Given the fast successes claimed by early AI in demonstrating advanc ...
THE CHALLENGE OF INTELLIGENT SYSTEMS
... by the system is not a single goal-state, but is rather a zone determined by an external function (in this case, based on human preferences). 3rd degree of intelligence. The system in the previous example is now able to “learn” the human’s preferences, perhaps based on the number of adjustements the ...
... by the system is not a single goal-state, but is rather a zone determined by an external function (in this case, based on human preferences). 3rd degree of intelligence. The system in the previous example is now able to “learn” the human’s preferences, perhaps based on the number of adjustements the ...
The Methodology of Expert Systems
... 2) The problem must have a heuristic nature, and not algorithmic, i.e. its decision shall require the use of heuristics rules; 3) The problem must repay expenditures of developing ES. However, it should not be too difficult (decision making takes hours for expert, but not weeks), so ES can solve it; ...
... 2) The problem must have a heuristic nature, and not algorithmic, i.e. its decision shall require the use of heuristics rules; 3) The problem must repay expenditures of developing ES. However, it should not be too difficult (decision making takes hours for expert, but not weeks), so ES can solve it; ...
How Many Robots Does it Take to Screw in a Lightbulb?
... create a single robot to map the maze, all he/she would have to do is program it to search the entire maze and take measurements. Ideally, searching the maze would be quicker if there were more than one robot. However, this adds another layer of complexity to the challenge, specifically, how do the ...
... create a single robot to map the maze, all he/she would have to do is program it to search the entire maze and take measurements. Ideally, searching the maze would be quicker if there were more than one robot. However, this adds another layer of complexity to the challenge, specifically, how do the ...
... In developing of nonlinear expert system simulation models, the proper selection of input variables is a challenging problem. Therefore, a false combination of input variables could prevent the simulation model from achieving the optimal solution. The presented methodology in this book is an applica ...
Decision Support System
... Fuzzy Logic • Is a mathematical model of handling imprecise or subjective information • Best for situations where variables are shifting constantly and a decision must be made quickly • Example – antilock brakes SimNet ...
... Fuzzy Logic • Is a mathematical model of handling imprecise or subjective information • Best for situations where variables are shifting constantly and a decision must be made quickly • Example – antilock brakes SimNet ...
Artificial Intelligence
... with many times in our life, i.e. finding a path, may be to a university, to a friends house, to a market, or in this case to the piece of cheese. The mouse tries various paths as shown by arrows and can reach the cheese by more than one path. In other words the mouse can find more than one solution ...
... with many times in our life, i.e. finding a path, may be to a university, to a friends house, to a market, or in this case to the piece of cheese. The mouse tries various paths as shown by arrows and can reach the cheese by more than one path. In other words the mouse can find more than one solution ...
Last Lecture Today
... – The vocabulary that experts use to express facts and relations is often limited and not understood by others – The approach of each expert to a situation assessment may be different yet correct – It is difficult to abstract good situational assessments when under time pressure – Users of ES have n ...
... – The vocabulary that experts use to express facts and relations is often limited and not understood by others – The approach of each expert to a situation assessment may be different yet correct – It is difficult to abstract good situational assessments when under time pressure – Users of ES have n ...
Introduction to knowledge-based systems
... It is therefore closely connected with such social sciences as: psychology n linguistics n philosophy n ...
... It is therefore closely connected with such social sciences as: psychology n linguistics n philosophy n ...
Open resource
... locomotion. Of course there will be unmanned aerial vehicles (UAVs) that look like airplanes, and will be autonomous, unlike todays remote-controlled Predator or Global Hawk. In an attempt to camouflage or to deceive the adversary, some may look like insects, animals, or other inconspicuous objects. ...
... locomotion. Of course there will be unmanned aerial vehicles (UAVs) that look like airplanes, and will be autonomous, unlike todays remote-controlled Predator or Global Hawk. In an attempt to camouflage or to deceive the adversary, some may look like insects, animals, or other inconspicuous objects. ...
Specialized Systems, Ai, Expert, Virtual Reality
... • A computer system that can simulate the functioning of a human brain • The ability to retrieve information even if some of the ...
... • A computer system that can simulate the functioning of a human brain • The ability to retrieve information even if some of the ...
Company Name
... Purpose: A research and development company specializing in intelligent mobile robots and their applications. They develop and market intelligent mobile robots to colleges, government, and research institutions. It is the longest operating AI specialty company in Canada. Location: Canada History: Fo ...
... Purpose: A research and development company specializing in intelligent mobile robots and their applications. They develop and market intelligent mobile robots to colleges, government, and research institutions. It is the longest operating AI specialty company in Canada. Location: Canada History: Fo ...
Intelligent Agents
... eg. Star Wars — to defeat the Empire — find a potential Jedi knight, ship him off to see Yoda, teach him to use the force, etc Planning is a fundamental problem of AI. Usually requires search through the available actions to find an appropriate sequence. Some people even say AI is really search! c C ...
... eg. Star Wars — to defeat the Empire — find a potential Jedi knight, ship him off to see Yoda, teach him to use the force, etc Planning is a fundamental problem of AI. Usually requires search through the available actions to find an appropriate sequence. Some people even say AI is really search! c C ...
Joanna J. Bryson - Department of Computer Science
... of Emergent Group-Level Traits”. Jekaterina Novikova, Leonn Watts and Joanna J. Bryson, “The Role of Emotions in Inter-Action Selection”, commentary on Faragó et al. “Social behaviours in dog-owner interactions can serve as a model for designing social robots”, Interaction Studies, 15(2):216–223. K ...
... of Emergent Group-Level Traits”. Jekaterina Novikova, Leonn Watts and Joanna J. Bryson, “The Role of Emotions in Inter-Action Selection”, commentary on Faragó et al. “Social behaviours in dog-owner interactions can serve as a model for designing social robots”, Interaction Studies, 15(2):216–223. K ...
Call for Papers - Association for the Advancement of Artificial
... a list of content areas (see above), word count, tracking number from electronic submission of title page (see above), statement of sole submissions (see below), and acknowledgements (if any). ...
... a list of content areas (see above), word count, tracking number from electronic submission of title page (see above), statement of sole submissions (see below), and acknowledgements (if any). ...
AMD Newsletter Vol 5, No. 2,
... developmental approaches, and I am sympathetic to this view. But rather than speculate on how this may be true, I instead wish to outline some of the practical challenges that I believe developmental approaches face. The points I will make closely follow my talk at ICDL 2007 titled, ―How much can ro ...
... developmental approaches, and I am sympathetic to this view. But rather than speculate on how this may be true, I instead wish to outline some of the practical challenges that I believe developmental approaches face. The points I will make closely follow my talk at ICDL 2007 titled, ―How much can ro ...
Artificial Intelligence
... This report reflects the findings and considerations of the committee on the bachelor’s programme in Artificial Intelligence, University of Amsterdam. The evaluation is based on information provided in the self-evaluation report and the selected theses, additional documentation and interviews conduc ...
... This report reflects the findings and considerations of the committee on the bachelor’s programme in Artificial Intelligence, University of Amsterdam. The evaluation is based on information provided in the self-evaluation report and the selected theses, additional documentation and interviews conduc ...
Is Distributed Connectionism Compatible with the Physical Symbol
... conviction that cognition is computation, artificial intelligence researchers are investigating computational models as a means of discovering properties shared by all intelligent systems. One property that has been proposed as central to intelligence is the ability to construct and manipulate symbo ...
... conviction that cognition is computation, artificial intelligence researchers are investigating computational models as a means of discovering properties shared by all intelligent systems. One property that has been proposed as central to intelligence is the ability to construct and manipulate symbo ...
TuringLegacy2012 - Cognitive Science Department
... merely a practical consideration to eliminate bias in some strange game, but rather the point of his article, which is that if we put a label ‘intelligent being’ on other human beings based on their behavior then, just to be fair, we should do the same for machines, whether we are correct or precise ...
... merely a practical consideration to eliminate bias in some strange game, but rather the point of his article, which is that if we put a label ‘intelligent being’ on other human beings based on their behavior then, just to be fair, we should do the same for machines, whether we are correct or precise ...
If Not Turing`s Test, Then What? - Association for the Advancement
... with robot soccer. Turing’s test requires simultaneous achievement of many cognitive functions and doesn’t offer partial credit to subsets of these functions. In contrast, robot soccer presents a graduated series of challenges: it gets harder each year but is never out of reach. The same is true of ...
... with robot soccer. Turing’s test requires simultaneous achievement of many cognitive functions and doesn’t offer partial credit to subsets of these functions. In contrast, robot soccer presents a graduated series of challenges: it gets harder each year but is never out of reach. The same is true of ...
Computing Science
... Artificial intelligence researchers have been trying for over thirty years to create intelligent robots. Although progress has been made in some areas, we are still a long way from the intelligent robots that we often see in science fiction. (a) ...
... Artificial intelligence researchers have been trying for over thirty years to create intelligent robots. Although progress has been made in some areas, we are still a long way from the intelligent robots that we often see in science fiction. (a) ...
A clarification on Turing`s test and its implications for - CEUR
... level. At the limit, mistakes are inevitable, but in practice those mistakes can be pushed back as far as one wants. Turing (1947), in his earliest surviving remarks concerning AI, points out that this would allow machines to play very good chess: “This...raises the question ‘Can a machine play ches ...
... level. At the limit, mistakes are inevitable, but in practice those mistakes can be pushed back as far as one wants. Turing (1947), in his earliest surviving remarks concerning AI, points out that this would allow machines to play very good chess: “This...raises the question ‘Can a machine play ches ...
Rīgas Tehniskā universitāte
... specific because they link units of the knowledge unaided and unassisted by humans (supervisors). So the development of the autonomous systems is usually more complex than the development of supervised systems or systems with limited autonomy. The development becomes even more complex if the system ...
... specific because they link units of the knowledge unaided and unassisted by humans (supervisors). So the development of the autonomous systems is usually more complex than the development of supervised systems or systems with limited autonomy. The development becomes even more complex if the system ...