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Exploring Active Inference and Model Predictive Path Integral Control: A Journey from Low-Level Commands to Task and Motion Planning
C. Pezzato
Robot Dynamics
Research output
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Thesis
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Dissertation (TU Delft)
285
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Dive into the research topics of 'Exploring Active Inference and Model Predictive Path Integral Control: A Journey from Low-Level Commands to Task and Motion Planning'. Together they form a unique fingerprint.
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INIS
control
100%
levels
100%
motion
100%
path integrals
100%
planning
100%
robots
77%
humans
66%
free energy
33%
applications
22%
decision making
22%
manipulators
11%
dynamics
11%
shortages
11%
demand
11%
populations
11%
range
11%
labor
11%
motors
11%
performance
11%
environment
11%
algorithms
11%
aging
11%
Computer Science
Robot
100%
Motion Planning
100%
Integral Control
100%
Robot Control
40%
Robotics
40%
mobile manipulator
20%
Control Algorithm
20%
fault-tolerance
20%
Aging Population
20%
Daily Activity
20%
Dynamic Environment
20%
Engineering
Models
100%
Low Level
100%
Tasks
100%
Decision Level
33%
Energy Principle
33%
Limitations
16%
Manipulator
16%
Aging
16%
Fields
16%
Fault Tolerant Control
16%
Energy Engineering
16%