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Transición ambiental de la operación basada en mejora mediante transferencia de aprendizaje
Lopez Vicario, Jose
(Investigador/a principal)
Vilanova Arbos, Ramon
(Investigador/a Principal 2)
Meneses Benitez, Montserrat
(Investigador/a)
Morell Perez, Antoni
(Investigador/a)
Pedret Ferré, Carles
(Investigador/a)
Santin Lopez, Ignacio
(Col.laborador/a)
Pisa Dacosta, Ivan
(Col.laborador/a)
Diaz Machado, Elvis
(Col.laborador/a)
Comas Herrera, Pau
(Col.laborador/a)
Crispim Pereira, Tiago Filipe
(Col.laborador/a)
Departament de Telecomunicació i Enginyeria de Sistemes
IDEAS: Information-based Decision and Control for Autonomous Systems
Universitat Autònoma de Barcelona (UAB)
Informació general
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Producció científica
(2)
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Ponderació
Alfabèticament
Keyphrases
Big Bang-big Crunch Algorithm
16%
Control Error
16%
Control Method
16%
Controller
16%
Controller Gain
16%
Controller Performance
33%
Controller Structure
16%
Cost-effective Operation
16%
Derivative Gain
100%
Desired Performance
16%
Electromagnet
50%
Feedback Control
16%
Friction
16%
Gain Scheduling
100%
Gain-scheduling Controller
33%
Highly Nonlinear
16%
Index Function
33%
Magnetic Levitation
100%
Mathematical Model
16%
MATLAB Simulation
16%
Nonlinear State Space
16%
Operating Point
16%
Optimal Functionality
16%
Optimal Performance
33%
Optimization Techniques
16%
Parameter Space
16%
PD Controller
16%
Performance Criteria
16%
Performance Index Function
16%
Performance Requirements
16%
Process Focus
16%
Process Optimization
16%
Proportional-derivative
100%
Proposed Strategy
16%
Real-time Experiments
16%
Response Criteria
16%
Rise Time
16%
Settling Time
16%
Single Input Single Output
16%
Space Techniques
16%
Specific Performance
16%
Steady State Control
16%
Step Response
16%
System Performance
16%
System Time
16%
Engineering
Big Bang
16%
Controller Gain
16%
Controller Structure
16%
Derivative Gain
100%
Experimental Finding
16%
Feedback Control
16%
Gain-Scheduling
100%
Index Function
50%
Magnetic Levitation
100%
Mathematical Model
16%
Operating Point
16%
Optimal Performance
33%
Optimization Technique
16%
Parameter Space
16%
Percentage Overshoot
16%
Performance Criterion
16%
Performance Requirement
16%
Settling Time
16%
Single Output
16%
Space Technique
16%
Specifies
16%
Step Response
16%
Systems Performance
16%
Time Domain
16%