environment with physical electric light sources and sensors. 3. Simulation of the same room geometry and interior lights as in Finally, we envision that through this simulation tool, candidate Experiment 1, but using a different, spatially varying desired control algorithms can not only be efficiently designed but also light field based on simulated occupants. The objective of this benchmarked through comparisons of energy consumption, illu experiment is to simulate a use case with substantial potenmination quality, and other metrics. tial energy savings and demonstrate that the candidate control
We validate our contributions toward these objectives with four algorithm is still effective.
main experiments, summarized as follows
environment with physical electric light sources and sensors. 3. Simulation of the same room geometry and interior lights as in Finally, we envision that through this simulation tool, candidate Experiment 1, but using a different, spatially varying desired control algorithms can not only be efficiently designed but also light field based on simulated occupants. The objective of this benchmarked through comparisons of energy consumption, illu experiment is to simulate a use case with substantial potenmination quality, and other metrics. tial energy savings and demonstrate that the candidate controlWe validate our contributions toward these objectives with four algorithm is still effective.main experiments, summarized as follows
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