在此之后，许多研究人员转向了自动超感知觉全域测试，这是一种技术的自动化转化，它利用计算机来执行许多关键任务，如随机选择图像。
After this, many researchers switched to autoganzfeld tests—an automated variant of the technique which used computers to perform many of the key tasks such as the random selection of images.
只是我们的眼睛和大脑组成的“计算机”能够调整感知、适应变化，我们很难注意到罢了。
This is called color temperature, and our eye/brain computer is very adept at adjusting our perception so that we hardly notice it.
而现在，圣地亚哥加利弗尼亚大学机器感知实验室的计算机科学家们已经可以通过机器人的机器学习能力使它自己教会自己做出面部表情。
Now, computer scientists from the Machine Perception Laboratory at the University of California, San Diego have used machine learning to enable the robot to learn expressions on its own.
他谈到许多人们在学习人工计算机或者感知科学时可能遇到的规则。
He talks about many of the principles one might encounter in a study of human-computer interaction, or cognitive science.
但其他人则坚称，视频游戏形式的计算机程序可使人们变得更聪明或提高特定的技能，如空间感知能力。
But others argue that computer programs in the form of video games can make people smarter or improve specific skills, such as spatial awareness.
举一些例子：我们的短期和长期记忆力十分局限，而我们需要用书籍、计算机和计算器这样的外部工具来开展感知行动。
To name just a handful: Our short - and long-term memories are both badly limited, and we need to use external tools like books, computers and calculators to carry out cognitive operations.
最终，如果我们有能力创造一个有感知意识的计算机，那么从这个计算机的角度看来，人类就是其上帝。
Ultimately, if we're capable of creating a computer that is sentient, then from the point of view of that computer, humans will be gods.
而计算机自我效能、感知风险、主观规范和法律支持四个影响因素在本研究中并没有得到验证。
The influence of four factors that computer self-efficacy, subjective norm, perceived risk, legal support on internet banking adoption were not confirmed in the paper.
也就是说，无监督式学习指的是一个人通过观察和感知进行的学习，如果计算机也能自行进行观察和感知，就能帮助我们解决更复杂的问题了?。
So unsupervised learning refers to how one learns from observation and perception, and if computers could observe and perceive on their own that could help solve more complex problems?
因此数字图像成为心理学、生理学、计算机科学等诸多方面的学者研究视觉感知的有效工具。
Therefore, digital images have become efficient tools of studying vision sense for scientists in many areas such as psychology, physiology and computer science.
群体感知理论的研究与应用是计算机支持协同工作的重要研究内容之一。
In CSCW community, group awareness model and its application are an important research field.
针对单隐层感知器的硬件设计进行了计算机仿真，得到了满足设计要求的隐层神经元个数和量化比特数。
For multilayer perceptron with single hidden layer, the computer simulation is done to get the number of hidden neurons and quantization bit which satisfy the design requirement.
它打破了传统的人机交互模式，使人和计算机更加紧密地结合在一起，提高了人的整体感知和计算能力。
It has broken the traditional interactive pattern, made the person and the computer more integrative, enhanced person's whole Sensation and computation ability.
导出了便于VLSI实现的多项式感知器的格型实现算法，进行了计算机模拟，并给出了相应的数值结果。
A new lattice polynomial perceptron (LPP) model is derived, which is very suitable for VLSI implementation. Computer simulations have been carried out and the experimental results are given.
同步协作是计算机支持的协同工作研究的一个重要领域，告知服务器为群组的同步协作提供了感知的实现技术。
Notification servers play an important role in providing within-group awareness under the synchronous collaboration, which is one of most important fields of computer supported cooperative work study.
而群体感知理论和实现技术是计算机支持的协同工作中必不可少的组成部分。
The theory of group awareness and the realization skill is an absolutely necessarily portion in CSCW.
增强现实技术通过跟踪用户在真实场景中的位置，将计算机生成的图像“叠加”在用户感知的真实世界之上，利用这些辅助信息增强了用户对真实场景中感知能力。
AR is a technology in which a computer-generated image is superimposed onto user's vision in the real world, giving user additional information generated from the computer model.
按Searle的看法，成功模拟精神状态被排除在“弱人工智能”的目标之外，不去尝试将计算机变得有意识和感知等。
The exclusive objective of "weak AI", according to Searle, is the successful simulation of mental states, with no attempt to make computers become conscious or aware, etc.
本文介绍了可穿戴计算机和可穿戴计算技术，重点分析了其中的文境感知技术，并举例讨论了文境感知技术的一种应用实现。
This paper introduced wearable computer and wearable computing technology. It mainly analyzed context aware technology of wearable computing and illustrated an application of that.
可在临床医学疾病诊断应用中自动地为计算机辅助诊断系统提供可靠深度信息感知。
This algorithm is concise, fast and efficient so that it could provide automatic and reliable depth perception for computer aided diagnosis system in clinical medical application diagnosing diseases.
无线传感器网络集感知、通信、计算功能于一体，在诸多领域有重要应用，因而已经成为计算机领域研究的热点。
Wireless sensor networks, with their primary functions as sensing, communication and computing, are applied in many kinds of fields.
无线传感器网络集感知、通信、计算功能于一体，在诸多领域有重要应用，因而已经成为计算机领域研究的热点。
Wireless sensor networks, with their primary functions as sensing, communication and computing, are applied in many kinds of fields.
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