Publications by authors named "Stark Tsai"

Article Synopsis
  • A new laser-assisted LED headlight system for autonomous vehicles uses a durable Ce: YAG-based single crystal phosphor (SCP) that performs better at high temperatures than traditional materials.
  • This advanced system offers high luminous intensity that meets regulatory standards, improving visibility and brightness for adaptive driving beams (ADB).
  • The implementation of this technology enhances the field of view by 20% and extends illumination distance to 200 meters, making it a promising option for next-generation ADB headlights.
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Synopsis of recent research by authors named "Stark Tsai"

  • - Stark Tsai's research is focused on advancing lighting technologies for autonomous vehicles, specifically through the development of a novel laser-assisted LED system for adaptive-driving-beam headlights.
  • - The study introduces a Ce: YAG-based single crystal phosphor (SCP) that demonstrates superior thermal stability compared to traditional phosphor materials, enhancing the reliability of automotive lighting.
  • - Results from thermal aging tests indicate that the SCP shows less deterioration over time, ensuring consistent performance of the adaptive-driving-beam headlights, with measured high-beam intensity levels reaching up to 88,436 cd.