Optimization Of Real-time Capacity Allocation

Linyu Lin; Takanori Kajihara; Daniel Garrett; Junyung Kim; Botros Hanna; Paul W Talbot

Optimization Of Real-time Capacity Allocation

Research output: Non-textual form › Software

Abstract

ORCA is a modeling toolset to accelerate real-time control and optimization of digital twins, including virtual models of facilities, physical facilities, and interconnections to allow optimal control of physical facilities using virtual models. ORCA is enabled by INL's RAVEN and DeepLynx software codes.

Original language	English
State	Published - Aug 10 2023

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title = "Optimization Of Real-time Capacity Allocation",

abstract = "ORCA is a modeling toolset to accelerate real-time control and optimization of digital twins, including virtual models of facilities, physical facilities, and interconnections to allow optimal control of physical facilities using virtual models. ORCA is enabled by INL's RAVEN and DeepLynx software codes.",

author = "Linyu Lin and Takanori Kajihara and Daniel Garrett and Junyung Kim and Botros Hanna and Talbot, \{Paul W\}",

year = "2023",

month = aug,

day = "10",

language = "English",

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TY - ADVS

T1 - Optimization Of Real-time Capacity Allocation

AU - Lin, Linyu

AU - Kajihara, Takanori

AU - Garrett, Daniel

AU - Kim, Junyung

AU - Hanna, Botros

AU - Talbot, Paul W

PY - 2023/8/10

Y1 - 2023/8/10

N2 - ORCA is a modeling toolset to accelerate real-time control and optimization of digital twins, including virtual models of facilities, physical facilities, and interconnections to allow optimal control of physical facilities using virtual models. ORCA is enabled by INL's RAVEN and DeepLynx software codes.

AB - ORCA is a modeling toolset to accelerate real-time control and optimization of digital twins, including virtual models of facilities, physical facilities, and interconnections to allow optimal control of physical facilities using virtual models. ORCA is enabled by INL's RAVEN and DeepLynx software codes.

M3 - Software

ER -

Optimization Of Real-time Capacity Allocation

Abstract

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