以光学为依托的声音定位可视化实验研究
Visualization Experimental Study of Sound Localization Based on Optics
陈悦杉 1李文华1
作者信息
- 1. 广东工业大学 物理与光电工程学院,广东 广州 510006
- 折叠
摘要
在科技快速发展的浪潮中,声音定位在的日常生活中充当着越来越重要的角色.传统的声音定位技术往往受限于复杂的信号分析和对专业人员的高度依赖,而新兴的光学辅助声音定位技术则展现出了前所未有的潜力.本研究致力于研究一种结合李萨如图形原理的创新声音定位装置,旨在通过光学可视化技术实现对声源的创新定位方式.装置设计充分考虑了实用性、通用性和可操作性,采用简易结构,结合光学、声学及振动学原理,实现了声音信号的可视化呈现,从而显著提高了定位的准确性和效率.
Abstract
In the wave of rapid development of science and technology,sound positioning plays an increasingly important role in our daily life.Traditional sound localization technology is often limited by complex signal analysis and high dependence on professionals,while the emerging optical assisted sound localization technology shows unprecedented potential.This study is devoted to the study of an innovative sound positioning device based on Lissajous graphics principle,aiming to realize the innovative positioning method of sound source through optical visualization technology.The design of the device fully considers the practicability,versatility and operability.It adopts a simple structure and combines the principles of optics,acoustics and vibration to realize the visual presentation of sound signals,thus significantly improving the accuracy and efficiency of positioning.
关键词
李萨如图形/声音定位/可视化呈现Key words
lissajous figure/sound positioning/visual presentation引用本文复制引用
出版年
2024
NETL
NSTL
万方数据