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首页> 外文会议>International Conference on Applied Human Factors and Ergonomics >An Eye Tracking System to Perform the Wechsler Intelligence Children-Fifth Edition (WISC-V) Test: A Case Study
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An Eye Tracking System to Perform the Wechsler Intelligence Children-Fifth Edition (WISC-V) Test: A Case Study

机译：一种专门跟踪系统，用于执行威奇体智能儿童 - 第五版（WISC-V）测试：一个案例研究

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The eye tracking technology has a great potential for clinical work, both in the stages of diagnosis and rehabilitation. However, its use has been little explored in relation to cognitive functions. The spastic infantile cerebral palsy is characterized by disturbances of the nervous and muscular system in the muscle tension, muscle strength, coordination and movement patterns. The motor control of individuals suffering this condition is severely compromised limiting their ability to move and speak. The affordances of the eye tracking technology provide an opportunity for the neuropsychological evaluation and the design of rehabilitation programs for this population. This research focuses in a comparative evaluation of fluid reasoning using a paper based method, in contrast to the use of eye tracking technology using the PCEye Mini from Tobii company. The WISC-V battery in the primary scale of fluid reasoning was used. This instrument presents test-retest stability. The subject of this study was a girl of 8 years and 5 months suffering spastic cerebral palsy that affects her motor control in all four limbs, however, she has adequate visual control. The evaluation was conducted initially using the paper based version of the WISC-V battery with the intervention of the evaluator. Later, a digital version of the WISC-V battery was applied using the eye-tracking device Tobbi. The results show higher performance in the tests using of eye tracking device compared to the paper based version of the test WISC-V; also, the response times were less with the use of eye tracking.
机译：眼睛跟踪技术在诊断和康复阶段都具有巨大的临床工作潜力。但是，它的使用与认知功能有关。痉挛性婴儿脑瘫的特征在于肌肉张力，肌肉力量，协调和运动模式中神经和肌肉系统的干扰。遭受这种情况的个人的电机控制受到严重影响了限制了他们的移动和说话的能力。眼睛跟踪技术的可取性为神经心理学评估提供了机会，为这一人口的康复计划的设计提供了机会。本研究侧重于使用纸张的方法对流体推理的比较评估，与使用PCEYE迷你的眼跟技术使用来自Tobii公司的方法。使用初级流体推理的WISC-V电池。该仪器提出了测试 - 重保持稳定性。本研究的主题是一个8岁的女孩，5个月患有痉挛性脑瘫，影响她所有四肢的电机控制，但是，她有足够的视觉控制。评估最初使用基于纸张的WISC-V电池版本进行了评估员的干预。后来，使用眼睛跟踪装置托布应用了一种数字版本的WISC-V电池。结果表明，与测试WISC-V的纸张版本相比，使用眼跟踪装置的试验性能更高;此外，随着眼镜的使用，响应时间较少。

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