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In-Motion Optical Sensing for Assessment of Animal Well-Being

机译：用于评估动物福祉的运动光学感测

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The application of in-motion optical sensor measurements was investigated for inspecting livestock soundness as a means of animal well-being. An optical sensor-based platform was used to collect in-motion, weight-related information. Eight steers, weighing between 680 and 1134 kg, were evaluated twice. Six of the 8 steers were used for further evaluation and analysis. Hoof impacts caused plate flexion that was optically sensed. Observed kinetic differences between animals' strides at a walking or running/trotting gait with significant force distributions of animals' hoof impacts allowed for observation of real-time, biometric patterns. Overall, optical sensor-based measurements identified hoof differences between and within animals in motion that may allow for diagnosis of musculoskeletal unsoundness without visual evaluation.
机译：研究了运动内光学传感器测量的应用，以检查牲畜声音作为动物阱的手段。基于光学传感器的平台用于收集运动，重量相关信息。八个阉圈，重量在680和1134 kg之间进行两次评估两次。 8个阉牛中的六种用于进一步评估和分析。蹄撞击造成光学感测的板屈曲。观察到动物之间的动力学差异在步行或跑步/小跑步态上，具有大量的动物蹄子的影响，允许观察实时的生物识别模式。总的来说，基于光学传感器的测量确定了运动中的动作中的蹄差异，其可能允许诊断肌肉骨骼非健康效果的情况而无需视觉评估。

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