helpResearch questionInteractive Lighting Design in Computational Photography
How can Bluetooth Low Energy (BLE) beacon deployment be optimized to improve efficiency and signal coverage for indoor crowd density monitoring?Direction: Creativity, Design, and Generative Making
Interactive Lighting Design in Computational Photography
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helpResearch questionInteractive Lighting Design in Computational Photography
How can incremental optimization algorithms achieve real-time adaptive beacon deployment across different environments?helpResearch questionInteractive Lighting Design in Computational Photography
How can Bayesian optimization and improved traveling salesman problem algorithms reduce labor and time costs in beacon deployment?lightbulbPractical problemInteractive Lighting Design in Computational Photography
Indoor beacon deployment is complex, and signal coverage and deployment efficiency are difficult to optimize.helpResearch questionInteractive Lighting Design in Computational Photography
How can human-AI collaboration optimize high-dimensional lighting configuration in photography?helpResearch questionInteractive Lighting Design in Computational Photography
How can photographer feedback be effectively incorporated into Bayesian optimization to improve lighting design efficiency?helpResearch questionInteractive Lighting Design in Computational Photography
Can lighting prediction models reduce physical device adjustment and accelerate interactive photography lighting design workflows?lightbulbPractical problemInteractive Lighting Design in Computational Photography
Novice photographers struggle to configure complex lighting, which is time-consuming and technically demanding.helpResearch questionInteractive Lighting Design in Computational Photography
How can algorithms be optimized to improve quadcopter drone shot composition to better match user expectations?helpResearch questionInteractive Lighting Design in Computational Photography
How can 3D target modeling and video composition rules be integrated into drone path planning to enhance aesthetics?helpResearch questionInteractive Lighting Design in Computational Photography
How can deep learning and user input be combined to semi-automatically identify shooting targets and generate optimized aerial paths?lightbulbPractical problemInteractive Lighting Design in Computational Photography
When photographers use drones, targets are often cropped or cannot be fully captured due to poor composition.Related papers
UbiComp 2023
Efficient Adaptive Beacon Deployment Optimization for Indoor Crowd Monitoring Applications
Yang Zhen, Masato Sugasaki, Yoshihiro Kawahara
UIST 2022
Photographic Lighting Design with Photographer-in-the-Loop Bayesian Optimization
Kenta Yamamoto, Yuki Koyama, Yoichi Ochiai
CHI 2021
Optimization-based User Support for Cinematographic Quadrotor Camera Target Framing
Christoph Gebhardt, Otmar Hilliges
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