A feedback based interactive dynamic GIS model for landscape evaluation is proposed. The advantages of this model compared with the 4d-gis model are also presented.
提出一种基于反馈的交互式动态GIS景观评价模型，并指出该模型与4d -GIS模型相比较的优点。
Geographic information system (GIS), as a new information technology, pays a very important role in efficiently dynamic management of heating power facilities.
地理信息系统(GIS)作为一项新的信息技术对热力设施的高效动态管理起着十分重要的作用。
Then, it puts forward the complete frame structure of dynamic service system based on GIS platform, and designs the system service mode and a realization of the function models.
然后，提出了一种以GIS平台为基础的动态服务系统的框架体系结构，设计了系统服务模式以及功能模块实现。
Therefore, the model of SD with non-spatial dynamic simulation melted with spatial analysis of GIS technology can make full use of their advantages.
因此，在以空间分析为特色的GIS技术环境下融入非空间动态模拟的SD模型，可充分利用两者的优势。
Integrated with the geographical information system (GIS), the functions for dynamic displaying and forecasting were enhanced.
该系统整合了地理信息系统(G IS)，以强化其动态显示和预测功能。
The dynamic simulation and forecast analysis of complicated system based on GIS is the result of wide application of GIS.
以GIS技术为基础进行复杂系统的动态模拟和预测分析研究是将GIS应用走向深入的结果。
Using the comprehensive evaluation index method, the paper makes a dynamic evaluation and ordination of eco-environmental quality of all county in Xinjiang by taking RS and GIS technologies.
应用rs和GIS技术，采用综合指数评价法，对全疆区域各县市生态环境质量及其动态变化进行了系统的综合评价和对比分析。
Base on this, the paper more improve spreading model of the existing post-earthquake fire and have developed the spreading dynamic simulation system of post-earthquake fire base on GIS.
在此基础上进一步改进现有的地震火灾蔓延模型，开发出基于GIS平台的地震次生火灾动态蔓延模拟系统。
The data renewal of forest resource archives based on GIS can reflect the dynamic changes of forest resources.
采用基于GIS等先进技术的森林资源档案，数据更新才能及时反映森林资源动态变化。
The process and method on dynamic monitoring of water and soil loss for the Threee Gorges reservoir area using RS and GIS are introduced.
介绍了利用遥感和地理信息系统栅格技术进行三峡库区水土流失动态监测的过程和方法。
This paper analyses some characters of dynamic path optimum algorithm, studies and verifies the key techniques of the optimum path of city road network under GIS.
本文分析了GIS环境下动态路径优化算法的特点，对GIS环境下城市路网的最优路径选择问题的关键技术进行了研究和验证。
Geographic Information System, called GIS also, on the basis of special geographical datas, used the theory of geographical models, provided a variety of special and dynamic geographical datas.
地理信息系统(GIS)以地理空间数据库为基础，采用地理模型分析方法，适时提供多种空间的和动态的地理信息。
The results showed hat land dynamic evaluation could be made more precisely and more timely by GIS, and some satis-fied results had been got in the application.
结果表明，地理信息系统能更有效地提高土地动态评价的现实性和准确性，在应用中取得了满意的效果。
The evaluation method based on GIS was objective, and had greater potential capacity, and soil could be managed continuously with the dynamic monitoring method.
应用GIS评价土壤质量客观且潜力大，对土壤进行时空动态监测以实现土壤持续经营管理。
A dynamic tree model based on timed L-system for GIS is presented.
基于时变l系统提出了一种面向GIS的动态树木模型。
RS and GIS technique was applied to dynamic monitoring analysis of basin env iro nment, and the establishment of environment impact target database.
探讨了利用GIS与RS技术对流域环境进行动态监测分析，并建立环境影响指标数据库。
Taking Daning County of Shanxi Province as the example, this paper probes into the remote sensing dynamic monitoring method for forest resource based on GIS, and analyzes the research results.
以山西省大宁县为例，探讨了基于GIS的森林资源遥感动态监测方法，并对研究结果进行了分析。
This paper briefly introduces the application of 3s (GIS, RS and GPS) technologies in the dynamic monitoring of soil erosion in the source area of the Danjiangkon reservoir.
主要介绍了3s技术在丹江口水库水源区水土流失动态监测项目中的应用。
GPS locates positions quickly, RS finds the dynamic change areas, then the data of RS and GPS are organized by GIS.
依靠GPS对空间数据快速定位，RS数据发现土地动态变化区域，再利用GIS平台进行空间数据组织、管理、分析与可视化。
On this foundation, the real-time dynamic monitoring and early warning system of ice run has been practiced by using GIS excellent function on space analysis and operation.
并利用GIS较为完善的空间分析与运算功能，进行凌汛期凌险的实时动态监测预警；
Then the information of shoreline dynamic changes, inning and silting was obtained by utilizing the space analysis function of geographical information system (GIS).
利用GIS空间分析功能，分析岸线动态变化、围垦淤涨状况及其趋势。
The combination of dynamic display function and GIS provides geographical analyses platform circumstance and extends application areas for dynamic display function.
动态显示功能与GIS的结合，为动态显示提供了地学分析的平台环境，扩大了动态显示功能的应用范围。
As an important technology in GIS network analysis, dynamic segmentation can solve the dynamic analysis problems effectively based on the linear features.
动态分段技术是GIS网络分析中的一种重要的技术手段，它可以有效解决基于线性特征的动态分析问题。
In the process of UI generation dynamic control through permissions makes it possible that different users see a different UI of the GIS system.
在插件生成ui过程通过权限动态控制，不同权限用户将见到不同ui的GIS系统。
According to the characteristics of the city land price management application, designs and realizes a dynamic monitoring and management information system based on GIS.
根据地价管理应用所固有的特点，采用GIS技术，设计并实现一种城市地价动态监测管理信息系统的有效解决方案。
In order to realize the dynamic renewal and various query of the earth nature data, the technology of GIS is used to realize the exchange visits between the attribute data and space data.
实现了土地属性数据的动态更新和各种查询，通过GIS技术实现属性数据与空间数据互访。
Orientation of vehicles can be accomplished by GPS, which can be considered as a data collection method of GIS. This method can realize the real-time and dynamic orientation of vehicles.
通过GPS获得定位数据是GIS的一种数据采集方式，它可以实现车辆位置的实时、动态确定。
With the support of GIS software, remote sensing plays an important part in the simulation of soil and water conservation dynamic monitoring, in the building of soil and water co…
在地理信息系统软件支持下，遥感可在水土保持动态监测的模拟、水土保持地理信息系统的建立和土壤侵蚀模型的探索等方面发挥重要作用。
A system combining remote sensing and GIS provides much higher efficiency and objectivity at lower cost than traditional methods for monitoring dynamic land use changes.
一个系统，遥感和地理信息系统相结合，提供了更高的效率和客观性，以较低的成本比传统的监测土地利用动态变化的方法。
A system combining remote sensing and GIS provides much higher efficiency and objectivity at lower cost than traditional methods for monitoring dynamic land use changes.
一个系统，遥感和地理信息系统相结合，提供了更高的效率和客观性，以较低的成本比传统的监测土地利用动态变化的方法。
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