1) taste signals of tea
茶味觉信号
2) taste signal
味觉信号
1.
This paper describes how to use multilayer neural network and taste sensor tosimulate man,s taste organ so as to learn and recognize the five kinds of basic taste signals.
本文介绍了一种使用味觉传感器和多层神经网络来模拟人的味觉系统以对五种基本味觉信号进行学习和识别。
3) Olfactory signal
气味信号
4) vision signal
视觉信号
1.
The research of vision signal wavelet's processing in arc welding;
弧焊过程视觉信号小波处理的研究
2.
It was expatiated in detail that some key-techniques such as avoiding the noise, detecting the edge and pick up of property information were solved owing to successful application of wavelet transformation in the image processing of arc-welding vision signal.
简要回顾了小波变换的发展历史 ,着重阐述了小波变换应用于弧焊过程的视觉信号图像处理 ,成功地解决了除噪、边缘检测和特征信息提取等关键技术 ,并通过实验进行了验
3.
This experiment adopts two kinds of practical method( namely vision signal feedback and hearing signal feedback) and finds it be better way to increase the accuracy of physical college students kickball of long pass.
采用两种练习方法(即视觉信号反馈和听觉信号反馈)进行实验,并且从中找出能够提高体育院校普修课学生长传踢球准确性的相对较好的方法。
5) hearing signal
听觉信号
1.
This article has done comparative experiment to study the effects of two kinds of practice methods,namely hearing signal feedback and hearing and vision signal feedback,on the teaching effect of long pass of physical education institute s general students in order to find a better way to increase the veracity of long pass.
通过对两种练习方法———听觉信号反馈和听觉加视觉信号反馈在提高体育院校普修课学生长传球准确性的教学效果进行实验对比研究,以找出更好的提高体育院校普修课学生长传球准确性的练习方法。
2.
This experiment adopts two kinds of practical method( namely vision signal feedback and hearing signal feedback) and finds it be better way to increase the accuracy of physical college students kickball of long pass.
采用两种练习方法(即视觉信号反馈和听觉信号反馈)进行实验,并且从中找出能够提高体育院校普修课学生长传踢球准确性的相对较好的方法。
6) perceptual sign
知觉信号
补充资料：味觉
| 味觉 gustatory sense 可溶性物质作用于味觉器官而产生的感觉。通常具有嗅觉、触觉、温度觉和痛觉等成分。日常生活中单纯的味觉是没有的。覆盖在舌面上的味蕾是味感受器，味觉的皮层区在颞叶。咸、甜、苦 、酸是4种基本的味觉。舌的不同部位对这4种味觉刺激的敏感程度不同 ：舌尖对甜，舌根对苦，舌边的中间处对酸，舌的前部对咸刺激最敏感。不同味觉的感受性差别很大。味觉感受性的变化受身体生理状态的影响很大。它反映了机体对某种物质的需要，说明味觉在维持机体内环境的平衡中起着重要的作用。此外，味觉总是以很快的速度发生适应。 |
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条