A comparative study of stochastic unit commitment and security-constrained unit commitment using high performance computing.
Anthony PapavasiliouShmuel S. OrenPublished in: ECC (2013)
Keyphrases
- unit commitment
- high performance computing
- power generation
- computational science
- electricity markets
- energy efficiency
- grid computing
- computing environments
- massively parallel
- mixed integer programming
- parallel computing
- fault tolerance
- computing systems
- electric power
- energy consumption
- computing resources
- access control
- expert systems
- column generation
- fault tolerant
- load forecasting
- power consumption
- long term
- artificial intelligence