Colección: TEMAS
Temas | Cantidad |
---|---|
AI | 14 |
AIslanguages | 1 |
Amorphous Computing | 1 |
Architecture | 1 |
Artificial Intelligence | 4 |
Asset Prices | 1 |
Auctions | 1 |
BRDF | 1 |
Brain and Cognitive Sciences. | 1 |
Bridge | 1 |
Cellular Automata | 1 |
Chemical Engineering. | 3 |
Chemical Gradients | 1 |
Civil Engineering. | 1 |
Civil and Environmental Engineering. | 3 |
Contracts | 1 |
Coordinate Systems | 1 |
Design | 1 |
Domain-specific knowledge | 1 |
Education | 1 |
Electrical Engineering and Computer Science. | 4 |
Enginering | 1 |
Equilibrium Model | 1 |
Event Premia | 1 |
Facial Expression Recognition | 1 |
Global | 1 |
Harvard University--MIT Division of Health Sciences and Technology. | 1 |
Harvard University--MIT Division of Health Sciences and Technology. Program in Medical Engineering and Medical Physics. | 1 |
Knowledge-Based Appoach | 1 |
Local | 1 |
MIT | 4 |
Markov random fields | 1 |
Mechanical Engineering. | 1 |
NLP | 1 |
NNR | 1 |
National Naval Resposibility | 1 |
Naval Architecture and Marine Engineering | 1 |
Naval Engineering | 1 |
Negotiations | 1 |
Ocean Engineering | 1 |
Pose Estimation | 1 |
Programmer's Apprentice | 1 |
RL | 1 |
RLL | 1 |
Reinforcement learning | 1 |
SVM | 1 |
Saturn | 1 |
Self-Organization | 1 |
Semantic Web | 1 |
Sloan School of Management. | 3 |
System Design and Management Program. | 1 |
Urban Studies and Planning. | 1 |
VLSI | 1 |
VLSI design for testability | 1 |
Viseme Recognition | 1 |
Whitaker College of Health Sciences, Technology, and Management. Brain and Cognitive Sciences. | 1 |
Word Sense Disambiguation | 1 |
abstraction | 1 |
across boundaries | 1 |
actors | 1 |
additivesmodels | 1 |
agent | 1 |
alignment | 1 |
analogy | 1 |
approximation algorithm, LP relaxation, scheduling, online algorithm | 1 |
artificial intelligence | 3 |
attention | 1 |
attribute | 1 |
automated control | 1 |
automated control synthesis | 1 |
automated reasoning | 2 |
automated resource discovery | 1 |
automatic acquisition | 1 |
automatic programming | 1 |
autonomousssystems | 1 |
behavior | 1 |
bicycle | 1 |
boundaries | 2 |
browsing | 1 |
bugs | 1 |
built-in knowledge | 1 |
categorization | 1 |
causal reasoning | 1 |
causality | 1 |
change and contradiction | 1 |
complexity | 2 |
computer vision | 2 |
context | 2 |
design | 2 |
explanation | 2 |
knowledge | 3 |
knowledge acquisition | 2 |
knowledge representation | 9 |
knowledge-based systems | 4 |
learning | 5 |
logic | 2 |
natural language | 4 |
robotics | 4 |
selection | 2 |
testsgeneration | 2 |