The web of meso-scale meteorological observational station based on WebGIS realized by SVG technology was briefly introduced.Through grasping and applying SVG technology,the high-density automatic observational statio...The web of meso-scale meteorological observational station based on WebGIS realized by SVG technology was briefly introduced.Through grasping and applying SVG technology,the high-density automatic observational station in Anhui Province was developed.The web of meso-scale meteorological observational stations constructed by SVG technique can display the network graphics of weather data and intuitionistic vector graphics interface.展开更多
网络信息发布逐渐由文本发布向图形、图像化及其混合形式发展。为提高信息发布效率,提出了一种基于SVG(Scalab le VectorG raph ic)的网络信息实时发布模式。在这种模式下,不仅节省网络传输带宽,减少传输延迟时间,而且图像能够根据数据...网络信息发布逐渐由文本发布向图形、图像化及其混合形式发展。为提高信息发布效率,提出了一种基于SVG(Scalab le VectorG raph ic)的网络信息实时发布模式。在这种模式下,不仅节省网络传输带宽,减少传输延迟时间,而且图像能够根据数据库中数据的变化,发生相应的变化,实现了实时图像发布。不仅提高了信息发布的效率,而且扩大了信息发布的应用范围。展开更多
基金Supported by Anhui Meteorological Observatory Projects " Integration Design of Station Meteorological Observation Operation"
文摘The web of meso-scale meteorological observational station based on WebGIS realized by SVG technology was briefly introduced.Through grasping and applying SVG technology,the high-density automatic observational station in Anhui Province was developed.The web of meso-scale meteorological observational stations constructed by SVG technique can display the network graphics of weather data and intuitionistic vector graphics interface.
文摘网络信息发布逐渐由文本发布向图形、图像化及其混合形式发展。为提高信息发布效率,提出了一种基于SVG(Scalab le VectorG raph ic)的网络信息实时发布模式。在这种模式下,不仅节省网络传输带宽,减少传输延迟时间,而且图像能够根据数据库中数据的变化,发生相应的变化,实现了实时图像发布。不仅提高了信息发布的效率,而且扩大了信息发布的应用范围。