Details
Title
Osorio Pizano, Carolina
Sciper ID
171561
Affiliated labs
TRANSP-OR
Publications
A differentiable dynamic network loading model that yields queue length distributions and accounts for spillback
A differentiable dynamic network loading model that yields queue length distributions and accounts for spillback
A simulation-based optimization approach to perform urban traffic control
A simulation-based optimization framework for urban traffic congestion management
A tractable analytical model for large-scale congested protein synthesis networks
A tractable analytical model for large-scale congested protein synthesis networks
Accounting for congestion and spillbacks in fixed-time traffic signal optimization: an analytical queueing model approach
Dynamic network loading: a differentiable model that derives link state distributions
Optimization of stochastic traffic simulators for urban traffic management
Urban traffic control for congested networks: a novel metamodel simulation optimization approach
See complete list of publications (63)
A differentiable dynamic network loading model that yields queue length distributions and accounts for spillback
A simulation-based optimization approach to perform urban traffic control
A simulation-based optimization framework for urban traffic congestion management
A tractable analytical model for large-scale congested protein synthesis networks
A tractable analytical model for large-scale congested protein synthesis networks
Accounting for congestion and spillbacks in fixed-time traffic signal optimization: an analytical queueing model approach
Dynamic network loading: a differentiable model that derives link state distributions
Optimization of stochastic traffic simulators for urban traffic management
Urban traffic control for congested networks: a novel metamodel simulation optimization approach
See complete list of publications (63)
Use for
Osorio, Carolina
Pizano, Carolina Osorio
Pizano, Carolina Osorio
Link to search
All resources
Record appears in
Authorities > People