在“天视奇观”体验区内，参观者在黑暗中依靠味觉、听觉和触觉，感知周围的环境，并通过特殊设备在黑暗环境中观看盲人足球赛；
They can even experience a football match for blind people with special equipment.
沃尔什说，研究结果表明视觉和触觉线索对于身体感知不是特别重要，而与视觉结合的相关肌肉信号足以使大脑感知身体了。
Walsh said the results show visual-tactile cues are not critical in establishing body ownership. Instead muscle-related signals coupled with vision are sufficient for the brain to recognize ownership.
触觉、视觉以及肌肉和关节上的接受器使大脑保持对身体的感知。
Sense of touch, vision and receptors in the muscles and joints help the brain keep track of the body.
触觉既包括当我们被动的与环境发生联系时的感知，也包括我们主动改变环境的感知。
Haptics include both our perceptions when we relate passively to our surroundings, and when we move and act.
诺基亚种在研究这种新形式的触觉技术，这可以提供一种夸张的现实感知。
Nokia is working on new forms of haptic technology that can help to provide an augmented sense of reality.
我们可以四处走走并用触觉感知那些微妙的细节，比如薄雾、灯光、岩石颜色的变化还有迎面的回声。
We were able to walk around and feel the tactility of the subtle details, like the mist, the light, the play of the color on the rock and the complex tones that came through.
我们在10月9日发表了失聪的小猫视力更好的报道，而现在研究人员则发现盲人的触觉感知比有视力的人更敏锐。
On October 9th, we reported that cats born deaf develop enhanced vision. Now researchers find that blind people perceive touch faster than do those with sight.
潜意识管理了你身体上的感知，例如：味觉、触觉和视觉以及情绪。
The subconscious regulates your bodily sensations, such as taste, touch and sight, as well as your emotional feelings.
爱荷华大学研究小组研究了负责为前脑传递几乎所有感知觉(包括痛觉和触觉)的三叉神经的CGRP受体。
The UI team investigated CGRP receptors in the trigeminal nerve, which is responsible for relaying almost all sensory perception, including pain and touch, for the front of the head.
对于‘滋味’的感觉事实上关系到味觉、触觉、嗅觉、视觉、和听觉等一系列复杂的感觉，所有的感觉综合，就形成了对于物质的感知。
Detecting 'flavor' actually refers to a complex sensation of taste, touch, smell, sight and sound, all of which combine to produce the perception of a substance.
根据人的触觉感知通道中的随机共振特性，提出了一种改进的增强纹理力触觉表达建模方法。
An improved haptic texture rendering method based on stochastic resonance is proposed utilizing the stochastic resonance phenomenon in human cutaneous tactile sensation.
另一类常见的机器人感知是触觉的，或基于触摸的，用碰撞和触角来完成。
Another popular class of robotic sensing is tactile, or touch-based, done with a bump and feeler sensor.
借助于触觉感知接口的力反馈作用可以使患者感觉到手臂受到的作用力。
Patient can perceive the force on upper arm by force feedback of the haptic interface.
触觉感知接口是基于虚拟现实机器人遥操作系统的重要组成部分。
Haptic interface is important composition of robot teleoperation system based on the virtual reality.
柔顺性触觉再现的研究难点主要集中在对触觉机理了解不深入、动态的感知过程、装置性能有限等方面。
The difficulties of compliance haptic display are mainly focused on three aspects:not deeply understanding the haptic mechanism, dynamic apperceiving progress and limitation of the device performance.
借助于触觉感知接口的力反馈作用可以使患者感觉到踝关节受到的作用力。
Patient can perceive the force on anklebone by force feedback of the haptic interface.
该指示可以是可听的，比如音调或语音，可以是可视的，比如闪光，或者可以是可用触觉感知的，比如振动。
The indication can be audible such as a tone or a voice, visual such as a flashing light, or tactile such as vibration.
人类对空间位置的感知能力是一套复杂的功能，它同时涉及到三个要素：视觉，前庭感知和触觉。
The human perception of spatial location is a very complex function that simultaneously involves three elements: the vision, the vestibular system and the sense of touch.
视觉、触觉和前庭感应被送到大脑进行处理，平衡这些感知的不同刺激。
The visual, tactile and vestibular sensations are sent to the mind, which processes them, after having mediated the different stimuli perceived.
实验表明，基于微循环方法测得的触觉感知度与刺激电流之间呈现较好的一致性。
Experiments show the uniformity between the tactile sensation volume obtained by microcirculation measurement and the stimulation current.
现在对机器人的感知能力的研究主要集中在触觉、视觉和听觉，出现了能看的、能听的甚至能说话的机器人。
Now the research of robots 'sensors is mainly on touching, looking and listening, and the robots which can see, hear and speak appeared.
然后详细叙述了具有力觉、触觉及位移传感器的多感知机器人夹持器的设计方法。
Secondly, the designing method of the gripper with multi-sensors is described in detail in this paper. The gripper can provide force, tactile and position information.
根据国内外踝关节康复器械的研究现状，提出了基于虚拟现实的踝关节康复机器人的构成，其本质是一种触觉感知接口。
The goal of haptic rendering is to enable user to touch, feel and manipulate virtual objects through a haptic interface.
根据国内外踝关节康复器械的研究现状，提出了基于虚拟现实的踝关节康复机器人的构成，其本质是一种触觉感知接口。
The goal of haptic rendering is to enable user to touch, feel and manipulate virtual objects through a haptic interface.
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