Colección: TEMAS
Temas | Cantidad |
---|---|
2D-3D calibration | 1 |
3D geometry | 1 |
3D maps | 1 |
3D reconstruction | 1 |
Active perception | 1 |
Active vision | 1 |
Adaptation and learning | 1 |
Additive Schwarz | 1 |
Affine invariant regions | 1 |
Agent | 1 |
Agent-based social simulation | 1 |
Agent-based systems | 1 |
Agent-oriented software engineering | 1 |
Agents | 1 |
Agent’s technology | 1 |
Altitude controller | 1 |
Ambient intelligence | 1 |
Argumentation | 1 |
Artificial vision and robotics | 1 |
Assistive technology | 1 |
Attention | 1 |
Attention estimation | 1 |
Automated planning | 1 |
Autonomous navigation | 1 |
Autonomous robot | 1 |
Autonomous robot navigation | 1 |
Autonomous robots | 6 |
Autonomous vehicles | 1 |
Balance | 1 |
Behavioral robotics | 1 |
Blimp | 1 |
Block methods | 1 |
CUDA | 1 |
Camera model | 1 |
Case-based reasoning | 2 |
Ciencia de la Computación e Inteligencia Artificial | 84 |
Classifier | 1 |
Codification | 1 |
Cognitive modeling | 1 |
Collision avoidance | 1 |
Color fusion | 1 |
Color segmentation | 1 |
Computer security | 1 |
Computer vision | 2 |
Context | 1 |
Continuous robot learning | 1 |
Control architecture | 2 |
Control architectures and programming | 1 |
Control avoidance controller | 1 |
Cryptography | 1 |
Data mining | 1 |
Developmental psychology | 1 |
Dialogue games | 1 |
Discrete event systems | 1 |
Distributed | 1 |
Distributed intelligence | 1 |
Distributed system | 1 |
DoS Attack | 1 |
Domestic agents and applications | 1 |
Domestic robots | 1 |
Domotic agents and applications | 1 |
Domotics | 1 |
Dynamic gait | 1 |
Dynamic planning | 1 |
Ecosystems | 1 |
Egomotion | 1 |
Electricity market modeling | 1 |
Embedded computing | 1 |
Energy management | 1 |
Entropy | 2 |
Exploration | 1 |
Facial Action Coding System (FACS) | 1 |
Facial expression recognition | 1 |
Fast-slam | 1 |
FastSLAM | 1 |
Feature description | 1 |
Feature detection | 1 |
Feature weighting | 1 |
Forensic analysis | 1 |
Framework | 1 |
Human robot interaction | 5 |
Human-robot interaction | 4 |
Iterative methods | 2 |
JoPhA | 2 |
Mobile robotics | 2 |
Mobile robots | 2 |
Multi-agent based simulation | 2 |
Multi-agent systems | 6 |
Multi-robot systems | 2 |
Multiagent systems | 2 |
Parallel computing | 2 |
Particle filter | 2 |
Physical agents | 9 |
Place recognition | 2 |
Reinforcement learning | 2 |
Robotics | 2 |
Semantic place representation | 2 |
Sensor fusion | 2 |
Software engineering | 2 |
WAF | 3 |