概念地图能够提供知识结构的视觉表征。
Conception map provides the visual purpose for the knowledge structure.
知识可视化视觉表征意义解读的方式为观看。
The interpretation way of visual representation in knowledge visualization is watching.
为了促进知识可视化视觉表征的意义解读，需要从观看的角度对其进行设计。
In order to promote the interpretation of visual representation in knowledge visualization, it is necessary to design visual interpretation from the Angle of watching.
知识可视化视觉表征研究目前已经从知识、技术、图像等角度开展，然而缺少了观看者和制作者等因素，并且尚未剖析因素之间的深层次关系。
Visual representation has been studied from the perspectives of knowledge, technology and images. But the lack of viewers and producers resulted in the lack of in-depth analysis between factors.
一些视觉选择性注意模型忽视了物体表征间的关联关系的存在。
Some visual selective attention models ignore the existence of associative links among object representations.
对于顶底加工人们只能靠一般常识，即知识或经验通过激活记忆中的神经表征影响视觉过程。
Knowledge or experience are recalled from memory by reactivation of their neural representations and affected visual processes.
另一方面，中国已进入了以空前丰富的视觉图像为文化表征的消费社会。
On the other hand, China has stepped into an consumer society which takes a unprecedented abundant of visual images as a cultural representation.
具体呈现：触觉或视觉模型，用一种可理解的形式表征数学关系和概念。
Embodiments: Tactile or visual models that are meant to represent mathematical relationships and concepts in a ready apprehensible form.
本文研究了发音抑制和分配注意对短时记忆中相同维度和不同维度的视觉信息整合表征的影响。
Studied the effects of the articulatory suppression and divided attention on the integration of visual features from the same dimension and different dimensions in the short-term memory.
本研究考察并比较了四至六年级儿童的视觉—空间表征策略、数学问题解决和空间视觉化能力。
This research investigated the visual spatial representations, mathematical problem solving and spatial visualization ability of forth grade, fifth grade, and sixth grade elementary school students.
空间视觉化能力与解题正确率及图式表征策略有显著正相关，与图像表征策略有显著负相关。
The correlations of spatial visualization ability with mathematical problem solving and with use of schematic representations were positive and significant.
人类视觉系统不仅运用多重参照体系来建构客体的空间位置表征，也运用这些参照体系进行空间表征的动力转换。
The human visual system can represent an object's spatial structure by using multiple frames of reference. It can also utilize multiple reference frames to mentally transform such representations.
用信息容量这一示性参数来表征高相关图像灰度层次的丰富程度，这与视觉效果达到了很好的一致。
Richness of gray level of highly correlative image was expressed using information capacity, which agrees greatly with the effect of vision evaluation.
虽然该研究有益于视觉学习和课堂教学，但我们仍需在理论原理和概念区分方面对知识的外在表征特性展开更多的研究以促进其在教学中的应用。
Although it is beneficial to visual learning and classroom teaching, it is necessary to do more research in knowledge representation in perspectives of theories and concepts.
本文从视觉文化的源起出发，介绍了图像的转向，视觉文化的悖论在社会具体表征中的具体表现。
This paper, from the origins of visual culture, introduced the image's change and the concrete expression of a specific characterization about paradox of visual culture in society.
为了对颜色及其差异进行科学有效的表征和评价，需要全面深入地了解人眼的颜色视觉辨别特性。
In order for scientific and effective description and evaluation of colors and their differences, the color vision discrimination characteristics should be comprehended.
基于点的绘制技术使用离散的三维密集点云来表征模型表面，目标是采用点元作为基本绘制单元在三维密集点云中重构出连续、视觉等价的模型表面。
Point-Based Rendering uses discrete and crowded point cloud to represent the surface of model, and it's goal is to reconstruct a continuous and equivalent surface from the point cloud.
人类视觉系统通常以第一人称角色和第三人称角色形式建构客体的空间表征，也运用这两种角色方式进行空间表征的动力转换。
The human visual system can represent an objects spatial structure by means of either the first-person or the third-person imagery perspective.
语义加工和知觉表征相互作用的脑机制表现为额区与视觉区域间信息的传递、提取。
Brain mechanism for the interaction of this two levels of representation focus on the process how information transfer and extract between fontal and visual area.
表征大气对视觉影响的物理量是大气能见度，该物理量的具体定义在各种应用领域和研究文献中是比较混乱的。
The physical quantity describing atmospheric effect on vision is visibility. The definitions of visibility have been diverse in different application areas and scientific literatures.
表征大气对视觉影响的物理量是大气能见度，该物理量的具体定义在各种应用领域和研究文献中是比较混乱的。
The physical quantity describing atmospheric effect on vision is visibility. The definitions of visibility have been diverse in different application areas and scientific literatures.
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