Robotics
A
- Action description language: In artificial intelligence, action description language (ADL) is an automated planning and scheduling system in particular for robots. It is considered an advancement of STRIPS. Edwin Pednault proposed this language in 1987. It is an example of an action language.
- Action selection
- Actuator
- Adaptable robotics
- Adaptive control
- Additive manufacturing
- Admissible heuristic
- Affective computing
- Agent Systems Reference Model
- AIBO
- Anthrobotics
- Anticipation (artificial intelligence)
- Any-angle path planning
- Anytime algorithm
- Artificial brain
- Artificial consciousness
- Artificial Imagination
- Artificial intelligence
- Artificial Intelligence System
- Artificial intelligence systems integration
- Artificial intelligence, situated approach
- Artificial life
- Artificial neural network
- ASIMO
- Assistive technologies
- ATLANTIS architecture
- Attributional calculus
- Audio analysis
- Audiotrope
- Automated planning and scheduling
- Automated reasoning
- Autonomic computing
- Autonomous agent
- Autonomous robot
B
- Backward chaining
- Ballbot
- Bayesian network
- Behavior-based robotics
- Behaviour tree
- Belief-Desire-Intention model
- Bio-inspired computing
- Biomimetic
- Bionics
- Biorobotics
- Blackboard system
- Bottom-up design
- Boustrophedon cell decomposition
C
- Cerebellar Model Articulation Controller
- Child development
- Cobot
- Cog (project)
- Cognitive architecture
- Cognitive robotics
- Cognitive science
- Combs method
- Commonsense reasoning
- Computational creativity
- Computational intelligence
- Computer vision
- Connectionist expert system
- Constrained Conditional Models
- Control engineering
- Control systems
- Cybernetics
D
- Decision list
- Developmental robotics
- Digital image processing
- Disability robot
- Disability studies
- Distributed architecture for mobile navigation (DAMN)
- Dynamic window approach
E
- Embedded system
- Embodied agent
- Embodied cognition
- Embodied cognitive science
- Emergent behavior
- Engineering cybernetics
- Erlang (programming language)
- Evolutionary algorithms
- Evolutionary computation
- Evolutionary developmental robotics
- Evolutionary robotics
- Evolving intelligent system
- Expert system
- Exploration problem
F
- Feedback control
- Finite-state machine
- FPGA
- Frame problem
- FreeRTOS
- Fuzzy agent
- Fuzzy control system
- Fuzzy logic
G
H
- Hackerspace
- Hardware description language
- HERO (robot)
- Hierarchical control system
- Human-robot interaction
- Hybrid intelligent system
- Hybrid neural network
I
K
- Kidnapped robot problem
- Knowledge-based systems
- Knowledge compilation
- Knowledge level
- Knowledge representation
L
- LIDA (cognitive architecture)
- Linear actuator
- List of artificial intelligence projects
- List of programming languages for artificial intelligence
M
- Machine learning
- Machine listening
- Machine perception
- Machine vision
- Materials science
- Mechatronics
- Microcontroller
- Minix 3
- Mobile robot
- Mobile robot navigation
- Model-based reasoning
- Model of computation
- Moravec's paradox
- Morphogenetic robotics
- Motion planning
- Multi-agent system
N
- Nao (robot)
- Natural language processing
- Navigation function
- Navigation research
- Neural modeling fields
- Neural network
- Neuro-fuzzy
- Neurorobotics
- Neuroscience
O
- Object Action Complex
- Obstacle avoidance
- Occupancy grid mapping
- Odometry
- Ontology learning
- Open-source hardware
- Open-source robotics
- OpenCL
- OpenCog
- Outline of artificial intelligence
P
- Pepper (robot)
- Percept (artificial intelligence)
- Perceptual computing
- Perceptual robotics
- Personal robot
- Petri net
- Planner (programming language)
- Pleo
- Power electronics
- Probabilistic logic network
- Probabilistic roadmap
- Programming by demonstration
- Progress in artificial intelligence
Q
R
- Rapid prototyping
- RB5X
- Real-time operating system
- Recurrent neural network
- Reinforcement learning
- Rescue robot
- Robosapien v2
- Robot control
- Robot end effector
- Robot Interaction Language
- Robot kit
- Robot learning
- Robot locomotion
- Robot navigation
- Robot operating system
- Robot software
- Robotic laws
- Robotic mapping
- Robotic pet
- Robotic sensing
- Robotics middleware
- Robotics simulator
- Robustness (computer science)
- Rough fuzzy hybridization
- Rule-based system
S
- Search algorithm
- SeL4
- Self-management (computer science)
- Self-reconfiguring modular robot
- Sense Plan Act
- Sensor
- Sensor fusion
- Service robot
- Servo motor
- Servomechanism
- Shakey the robot
- Signal processing
- Simbad robot simulator
- Simultaneous localization and mapping
- Situated
- Situated robotics
- Soar (cognitive architecture)
- Soccer robot
- Social robot
- Society of Mind
- Sociorobotics
- Software agent
- Sound localisation
- Spreading activation
- State space planning
- Stepper motor
- Steve Grand (roboticist)
- Subsumption architecture
- Symbol level
- Symbolic artificial intelligence
- Systems engineering
- SystemVerilog
T
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Misc
- DokuWiki
- Triplestore
- TurtleBot -- this page needs editing.
- Liquid Television