共查询到19条相似文献，搜索用时 147 毫秒
1.
2008年以来地图学眼动与视觉认知研究新进展 总被引：7，自引：0，他引：7
地图是人类日常生活中不可或缺的工具。地图认知作为研究人对地图的感知、学习、记忆、推理和决策的科学,一直以来是地图学基础理论的重要内容。作为地图认知研究的核心,近年来地图视觉认知在相关学科（如心理学、认知科学和计算机视觉）和新的研究手段（如眼动跟踪、脑电和核磁）的促进下取得了一系列新的研究成果。尤其是眼动跟踪方法作为地图视觉认知研究的重要手段之一,越来越受到研究者的关注,为地图视觉认知研究的定量化、实用化提供了有力支撑。本文系统地梳理了2008年以来眼动跟踪方法在地图视觉认知研究中取得的新进展,并将其归纳为6个发展趋势,分别包括：① 刺激材料：从静态地图到动态交互地图;② 研究范围：从地图认知到地图空间认知;③ 实验环境：从实验室环境到真实环境;④ 地图维度：从二维地图到三维地图;⑤ 个体差异：从单一维度到多维度;⑥ 研究目的：从规律探究到实践应用。本文最后总结了未来研究面临的挑战、难点和可能的解决方法,期望能在地图视觉认知研究中起到抛砖引玉的作用。 相似文献
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基于MGE的数字地图制图系统若干关键技术 总被引：3，自引：0，他引：3
本文在综述数字地图技术功能、特征、发展现状的基础上,介绍了ＭＧＥ数字地图制图系统的体系结构、技术流程和特点,进而从地图数据输入/数字化技术(包括地图的扫描输入、数字影像数据的输入处理、航摄资料的立体数字化、地图/ＧＩＳ数据库的提取４种)、地图色彩库和符号库的制作、地图组版和分色制版关键技术(分为一般地图、影像地图、图－文－图片混排地图等几种类型地图的组版和分色制版,以及一些特殊制图效果的实现技术等)、印刷地图与电子地图的互相转换等方面阐述了基于ＭＧＥ的数字地图制图系统的若干关键技术问题。这些技术对于数字地图环境的地图设计、编辑、印前处理等许多方面都有参考作用。最后,本文对于数字地图一体化的技术进行了展望。 相似文献
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民间信仰文化景观的时空演变及对社会文化空间的整合——以明至民国初期佛山神庙为视角 总被引：2，自引：0，他引：2
明代以来佛山的民间信仰迅速发展,神庙系统庞杂,既有广府民系的属性,又反映出商品经济高度发达的特征,对佛山城市发展产生了影响。从古地图和文献中提取历史时期基本空间数据和神庙等文化景观地理信息,建立佛山历史GIS数据库。通过景观复原、地图再现、空间分析和景观分析等方法,以神庙景观为视角,研究表明:明代至民国初年,神庙景观基本上以祖庙铺和明心铺及其周围地带为核心,呈自南向北逐渐扩展的分布总趋势,并与佛山城市社会空间发展相一致,逐渐形成了以佛山祖庙为中心的北帝信仰文化景观的核心地位。通过对北帝巡游路径空间的解读,反映出佛山民间信仰场域的构成,以北帝信仰为纽带,形成了以祖庙为中心的"中心—四方"空间形式,整合了佛山的城市社会文化空间。 相似文献
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基于旅行者运动轨迹的时间地图变换 总被引：1，自引：1，他引：0
《地理研究》2015,(6)
时间地图是一种以时间为量测单位,替代传统道路专题地图中空间距离的专题地图。假设可以使用空间方向和时间两个属性来构建时间地图的两个维度,并基于旅行者的运动轨迹,采用地图学制图原理和数学分析方法,给出了传统道路专题地图中的道路变换到时间地图中的数学变换模型,分析了变换模型的特性。研究了时间地图的变形内涵、测度方法,给出了对应的变形测度计算公式,解释了其相应的地理学意义。最后以江苏省道路为实例对象,将江苏省道路专题地图中的道路变换到时间地图中,分析了时空地图的结构和表达的主要影响因素。研究表明:基于旅行者的运动轨迹,可以将传统道路专题地图中的道路变换到时间地图中。旅行者出发点的位置和出发点周围的道路等级、运动速度和运动方向是影响时间地图结构和表达的重要因素。时间地图和传统地图之间具有相似性。余弦相似度指数能够测度时间地图和传统地图的相似性,地图相似性指数既表征了时间地图和传统地图相互关联特性,也反映了地图认知的难易程度,而且局部相似度指数也反映了时间地图在局部区域受到了外力的作用程度。提出的时间地图变换模型拓宽了变形地图的变换方法,将对交通可达性等问题的研究产生影响。 相似文献
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地图制图自动化是地图学的重要目标之一,也是当前研究的热点问题之一,对地球空间信息科学的发展具有十分重要的意义。通过采用Representation技术,以昆明市入滇河道(管线)专题地图制图项目为例,研究探讨基于规则化数据驱动的计算机地图制图表达,部分解决了传统上必须通过大量人工编辑才能够完成的制图任务,特别是实现了传统上需要以破坏数据的GIS属性为代价才能够实现的地图制图效果,结果表明:基于规则驱动的计算机地图制图表达技术能够兼顾GIS和地图制图对数据的不同要求,可快速完成地图制作,并达到传统地图制图效果,节省大量的人力物力,具有广阔的推广和工程应用价值。 相似文献
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正一、心理地图的涵义美国《国家地理标准》认为:心理地图,是人们对地表某一方面或某些方面的内化了的印象,它反映了人们对位置和不同尺度区域的认识。心理地图首先是一种地理表象,具有空间性,是对地理事物或地理现象的空间分布、空间结构、空间演变和发展的主体的反映。同时,心理地图也是一种记忆表象,它具有记忆的功能,能在头脑中将地理表象保持和再现,可以通过长期有意识的记忆训练,帮助学生获得比较稳定的地域知识和空间认知。本研究认为心理地图的内涵包括以下几方面:(1)心理地图是包含各种地理信息的地图在人 相似文献
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支持地图自适应可视化的用户模型设计及试验研究 总被引：3，自引：0，他引：3
对网络电子地图的自适应可视化机制进行了研究,建立了自适应地图可视化系统的自适应用户模型、自适应的数据组织和自适应结构.试验系统主要根据"用图目的"对用户进行划分,建立用户模型;利用地图瓦片技术和背景与热点集成技术,实现了地图瓦片的自适应数据组织以及用户模型支持下的地图自适应可视化等基本功能. 相似文献
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分析传统网络地理信息系统(WebGIS)体系的弊端,从负载均衡与地图状态同步的角度提出一种基于服务器场的分布式WebGIS计算模型。通过自定义服务器场底层交互协议、地图服务器场分布式动态均衡调度算法、地图状态对象池技术,解决了传统WebGIS计算模型异构兼容性差、并行处理能力弱、地图状态对象无法同步等问题,并建立试验床对该模型的性能进行验证。 相似文献
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Cynthia A. Brewer 《The Professional geographer》1997,49(3):280-294
Perceptions of colors of individual map symbols are affected by simultaneous contrast, or induction, from surrounding colors. In an experiment with human subjects, reaction times were significantly slower, with significantly more errors, for test maps on which an induction model predicted that colors would be misinterpreted. Reaction times and error rates improved significantly with map color adjustments that the model predicted would remove induced confusions. These results represent progress toward establishing objective guidance for the design of effective color schemes in computer-assisted mapping environments common in cartography, geographic information systems, and scientific visualization. 相似文献
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《The Professional geographer》2013,65(3):280-294
Perceptions of colors of individual map symbols are affected by simultaneous contrast, or induction, from surrounding colors. In an experiment with human subjects, reaction times were significantly slower, with significantly more errors, for test maps on which an induction model predicted that colors would be misinterpreted. Reaction times and error rates improved significantly with map color adjustments that the model predicted would remove induced confusions. These results represent progress toward establishing objective guidance for the design of effective color schemes in computer-assisted mapping environments common in cartography, geographic information systems, and scientific visualization. 相似文献
13.
地理专家知识表示的框架网络模型研究 总被引：1，自引：0，他引：1
基于框架网络结构模型的专家知识表示方法 ,采用知识的框架网络结构描述地学环境的实体单元 ,将各级专家知识的表示以指针连接 ,形成了由知识到语义的专家知识表示的框架网络。以乌鲁木齐河流域土地合理利用规划决策专家系统的构建为例 ,阐述了该模型的构造方法和实现方案 ,并讨论了系统知识库的组织结构和推理规则的设计原理。 相似文献
14.
Y. H. Jonathan Tan Jacqueline K. Q. Tham Aayush Paul Umair Rana Hui Ping Ang Nhung T. H. Nguyen Alex T. K. Yee Bryan P. I. Leong Simon Drummond Karenne P. P. Tun 《Singapore journal of tropical geography》2023,44(1):130-148
Rapid urbanization has resulted in the loss of coastal and marine habitats in cities worldwide. The effective conservation of urban coastal ecosystems requires detailed knowledge of their spatial distribution, necessitating high-resolution mapping. Our study produces a high-resolution coastal and marine habitat map and shoreline map for the tropical city-state of Singapore created through pixel-based supervised classification of satellite imagery, bathymetry data and expert ground knowledge. These maps can be used as a base reference for multiple applications including ecological research, conservation and urban planning. They also help identifiy trends in the extent of key coastal habitats, providing insight into their differing levels of vulnerability to loss and potential for restoration to ensure long-term resilience. The method used for mapping shoreline typologies and resulting insights gained, can guide other rapidly urbanizing coastal cities on strategies to assemble useful spatial knowledge for effective conservation of their urban coastal ecosystems. 相似文献
15.
腾格里沙漠虽经过多次小规模专题考察,始终未见有沙漠专题地图编制出版,多数只作为专著中的插图加以表现。为此,编制《腾格里沙漠地貌图》显得十分重要,不仅能反映出腾格里沙漠的全貌,还能体现沙漠发展规律、演变特点、分布特征等。依据腾格里沙漠的图幅范围、地貌类型以及印刷纸张规格的要求,将《腾格里沙漠地貌图》的比例尺定为1∶40万。选用1∶25万地形图作为地理基础底图,采用1∶10万地形图作为沙丘符号编绘过渡性的工作底图,专题内容编绘以Google Earth影像资料为主。《腾格里沙漠地貌图》的地貌类型包括风积地貌、风蚀地貌以及其他地貌,其中风积地貌是重点展示的内容。根据腾格里沙漠地貌类型,在编图过程中共设计了16种形态结构类型符号,采用分层设色表示沙丘相对高度,用箭头符号表示沙丘移动方向。 相似文献
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ANDREW K. SKIDMORE PHILIP J. RYAN WARWICK DAWES DAVID SHORT EMMETT O'LOUGHLIN 《International journal of geographical information science》2013,27(4):431-445
Abstract Mapping forest soils using conventional methods is time consuming and expensive. An expert system is described and applied to the mapping of five forest soil-landscape units formed on a single granitoid parent material. Three thematic maps were considered important in influencing the distribution of soils. The first showed the distribution of nine classes of native eucalypt forests, and the second and third were derived from a digital elevation model and represented slope gradient and a soil wetness index combined with topographical position. These layers were input to a raster based geographical information system (GIS) and then geometrically co-registered to a regular 30 m grid. From a knowledge of soil distributions, the relationships between the soil-landscape units and the three data layers were quantified by an experienced soil scientist and used as rules in a rule based expert system. The thematic layers accessed from the GIS provided data for the expert system to infer the forest soil-landscape unit most likely to occur at any given pixel. The soil-landscape map output by the expert system compared favourably with a conventional soil-landscape map generated using interpretation of aerial photographs. 相似文献
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Wang Jingai 《地理学报(英文版)》1994,(Z2)
CompilinganatlasofnaturaldisastersinChinaisabasistoresearchintoregionaldisasterssystems,torevealthetemPOralandspatialpatternofnaturaldisasters,aswellastoestablishcountermeasuresopinstnamraldisasters.TaldngtheuAtlasOfNaturalDisastersinChina"**asanexample,thisarticleinquiresintotheoreticalandpracticalproblemsaboutcompilinganatlasofregionalnaturaldisasters.ThebasictheoryofcompilinganatlasOfregionaldisastershasbeenfOundedonthecombinati0nofthesciencesofdisasters,cart0graphyandregiotalmhy.Theref… 相似文献
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O. P. Ermolaev K. A. Mal’tsev S. S. Mukharamova S. V. Kharchenko E. A. Vedeneeva 《Geography and Natural Resources》2017,38(2):131-138
An analysis made of the worldwide existing geoinformation systems (HydroSHEDS, CCM, Ecrins, WBD, etc.) suggests that there are as yet no models of adequate quality for the basin boundaries of small rivers in the European part of Russia. For the territory of the European part of Russia with a total area of more than 4 mln. km2 the GIS technology tools were used to construct the electron vector map of river basins and their interbasin spaces. The map thus obtained displays the basins of first-order rivers for a given level of generalization (sc 1:1 000 000). The GMTED2010 model was used as the digital elevation model. A total of 63 553 basin geosystems were identified on the map, averaging 68 km2 in area. Accuracy verification of identifying the basin boundaries showed a good agreement of areal and geometric characteristics of the method used with expert approach. In test areas, the men difference of the indicators of the area of the basins identified automatically and by use of the expert approach made up 3.6%. For areas with weakly dissected lowland topography this error does not exceed 5% while it is about 2% in areas with relatively dissected elevated topography. The basin geosystems thus identified are operational-territorial units with respect to which the geospatial data base is generated to characterize the natural-resource potential of the European territory of Russia. An example is provided for the generation of the geospatial database containing hydrological information covering 1763 hydrological stations collecting streamflow data. 相似文献
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S. Seipel N. J. Lim 《International journal of geographical information science》2017,31(11):2286-2309
Visualizations of flood maps from simulation models are widely used for assessing the likelihood of flood hazards in spatial planning. The choice of a suitable type of visualization as well as efficient color maps is critical to avoid errors or bias when interpreting the data. Based on a review of previous flood uncertainty visualization techniques, this paper identifies areas of improvements and suggests criteria for the design of a task-specific color scale in flood map visualization. We contribute a novel color map design for visualizing probabilities and uncertainties from flood simulation ensembles. A user study encompassing 83 participants was carried out to evaluate the effects of this new color map on user’s decisions in a spatial planning task. We found that the type of visualization makes a difference when it comes to identification of non-hazardous sites in the flood risk map and when accepting risks in more uncertain areas. In comparison with two other existing visualization techniques, we observed that the new design was superior both in terms of task compliance and efficiency. In regions with uncertain flood statuses, users were biased toward accepting less risky locations with our new color map design. 相似文献