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Friday, October 9 • 10:30am - 11:30am
SCIENCE : Shading Optimization Based on Multi-Objective Genetic Algorithm

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Shading design has been a frequently discussed topic in both practice and the academia. This presentation will demonstrate a user-friendly method for shading design which links daylight simulation based on Radiance and multi-objective genetic algorithms, thus far used primarily in the computer science field of artificial intelligence and computer-automated design. Multiple objectives such as daylight availability and glare control can be set based on lighting requirements of specific function of the space, to provide large range of shading application. The resulting data can be combined with shading design proposal that provides designers and building owners interested in installing a dynamic shading system with data regarding shading geometry, transmittance, and operation. The multiple objectives include annual Useful Daylight Illuminance (UDI) and annual Daylight Glare Probability (DGP). The optimized parameters of shading can be provided in the early stage of building design to achieve a better performance on indoor daylight environment as well as energy saving. 


Speakers
avatar for Xiufang Zhao

Xiufang Zhao

Senior Designer, Brandston Partnership Inc.
Xiufang Zhao graduated from the University of Pennsylvania School of Design in 2014, with expertise and 5-year experience in lighting design and daylight analysis, and extensive background in architecture. The topic of 'shading optimization based on multi-objective genetic algorithm' was developed together with Prof. Yun Kuy Yi at University of Pennsylvania. Xiufang is now working as a senior designer in Brandston Partnership Inc., New... Read More →



Friday October 9, 2015 10:30am - 11:30am
Room: Key 6

Attendees (10)