A tracking fringe method for measuring the shape and position of a swimming fish

Sheng Tan; Deqiang Song; Lijiang Zeng

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A tracking fringe method for measuring the shape and position of a swimming fish

机译：一种用于测量游鱼形状和位置的跟踪条纹方法

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摘要

A novel tracking fringe projection method is developed to simultaneously measure variations in both the position and the shape of a moving object. The method combines a commonly used fringe pattern projection method and a laser tracking technique into one optical system. In this new system, two tracking fringes are used to track the object, while one fringe is used for reference fringe. The order of conventional fringes can be determined by measuring the angle of reference fringe. The method enables us to simultaneously measure the position and shape of a moving object, such as a swimming fish.

机译：开发了一种新颖的跟踪条纹投影方法，以同时测量移动物体的位置和形状的变化。该方法将常用的条纹图案投影方法和激光跟踪技术结合到一个光学系统中。在这个新系统中，两个跟踪条纹用于跟踪对象，而一个条纹用于参考条纹。常规条纹的顺序可以通过测量参考条纹的角度来确定。该方法使我们能够同时测量运动物体（例如游泳鱼）的位置和形状。

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《Optics Communications: A Journal Devoted to the Rapid Publication of Short Contributions in the Field of Optics and Interaction of Light with Matter》 |2000年第6期|共6页
作者
Sheng Tan; Deqiang Song; Lijiang Zeng;
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正文语种 eng
中图分类光学;
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1. A tracking fringe method for measuring the shape and position of a swimming fish [J] . Sheng Tan, Deqiang Song, Lijiang Zeng Optics Communications: A Journal Devoted to the Rapid Publication of Short Contributions in the Field of Optics and Interaction of Light with Matter . 2000,第1a6期

机译：一种用于测量游鱼形状和位置的跟踪条纹方法
2. Effect of position-fixing interval on estimated swimming speed and movement pattern of fish tracked with a stationary positioning system [J] . Svein Lokkeborg, Terje Jorgensen, Anders Ferno Hydrobiologia . 2002,第1a3期

机译：固定位置间隔对固定定位系统跟踪的鱼类估计游泳速度和运动方式的影响
3. Measuring 3D profile and position of a moving object in large measurement range by using tracking fringe pattern [J] . Fan Yuan, Deqiang Song, Lijiang Zeng Optics Communications: A Journal Devoted to the Rapid Publication of Short Contributions in the Field of Optics and Interaction of Light with Matter . 2001,第1a6期

机译：使用跟踪条纹图案在较大的测量范围内测量运动对象的3D轮廓和位置
4. Measring the shape and position of a moving object by a tracking fringe method [C] . Sheng Tan, Deqiang Song, Lijiang Zeng International symposium on instrumentation science and technology . 1999

机译：通过跟踪条纹方法测量移动物体的形状和位置
5. On the Effects of the Peduncle Depth, Caudal Fin Shape and Dorsal Fin Position on the Cruising Performance of a Free-Swimming Fish Model [D] . Chia, Poo Hiang. 2018

机译：花梗深度，尾鳍形状和背鳍位置对自由游鱼模型巡航性能的影响
6. Experimental–numerical method for calculating bending moments in swimming fish shows that fish larvae control undulatory swimming with simple actuation [O] . Cees J. Voesenek, Gen Li, Florian T. Muijres, 2020

机译：用于在游离鱼类中计算弯曲时刻的实验数值方法表明幼虫控制带动游泳与简单的致动
7. Measuring effects of different temperatures on swimming activity and social behavior in groups of Mediterranean marine fish with the EthoVidion Color-Pro video tracking system [O] . Ylieff, Marc, Sanchez-Colero C., Poncin, Pascal, 2000

机译：使用EthoVidion Color-Pro视频跟踪系统测量不同温度对地中海海鱼群游泳活动和社交行为的影响
8. Determining Fish Movements from an 'Archival' Tag: Precision of Geographical Positions Made from a Time Series of Swimming Temperature and Depth [R] . Smith, P. , Goodman, D. 1986

机译：从“档案”标签确定鱼类运动：由游泳温度和深度的时间序列制成的地理位置的精确度

A tracking fringe method for measuring the shape and position of a swimming fish

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