GIS in the Acoustical Bird Monitoring System

2018

The cloud geographical information system (GIS) has been an important development direction of GIS in recent years. To deploy GIS on cloud and enable users to enjoy the geographical information services at any time and any place is becoming prominent, as companies and institutions around the globe realize the significance of cloud GIS applications in Spatial Decision Support Systems. We use web-based Cloud GIS (also called internet GIS or on line GIS) application for standards software packages to develop an interactive web mapping portal for spatial analysis. The proposed of research address was development of web-based clolud GIS application and identifying potential areas for tourism natural resources in South Solok part in West Sumatera Province. It was such as culture, natural, and agro tourism. Since the South Solok has great potential in many object for domestic and international tourism destination, it is a need to develop system as as for resources information system tools ...

Distributing geospatial information on the Internet is an enforcing factor for information providers. Internet allows all levels of society to access geospatial information, and provides a media for processing geo-related information with no location restrictions. Web-based GIS is evolved from different Web maps and client-server architecture to distributed ones. As such, Internet reshapes all functions of information systems including: gathering, storing, retrieving, analyzing, and visualizing data. The high cost of GIS system, the release of system specific databases, and the enormous software developer efforts on upgrading the system are fading with the introduction of web-based GIS. Moreover, disseminating spatial information on the Internet improves the decision-making processes.

Large amount of geographical data have been used more and more in many areas in different application domains, such as government, telecommunications, utilities, cadastre, land management, environment and ecology. Recently, the internet technology is moving Geographical Information Systems (GIS) towards Web based applications, providing more visual information for the end users and simplifying the interaction between users and GIS. We present a web based information system that has been developed by the Slovenian Forestry Institute in order to promote the hunting community in Slovenia. This information system facilitates the hunting in terms of providing online up-to-date information on various dispossessions of species on different locations. The information is made available at three different levels i.e. Country level, where the information are aggregated at national level; Hunting region level where the information is aggregated at district-wise; and at Hunting communities level...

2000

The using of spatial information system has given new ways on managing and understanding data on that issue. Current systems do not display exact locations of artificial reefs in term of mapping system. They also do not have the automatic mechanism for updating the reef distribution. Web-based accessibility of the reef information is becoming important for a timely decision making on the next artificial reefs positioning and distribution. Proper tracking and maintenance activities for the existing artificial reefs are required for their sustainability. In this paper, we present a conceptual framework and architecture for ARPos (Artificial Reefs Positioning System software). It will collect and analyze artificial reefs positioning using GIS information consisting of longitude and latitude data. The information will be presented in webbased user-friendly environment on real times. The development of the software is an idea that will help to manage the information involved in the fisheries industry and as the result can increase the productivity and the quality on that particular sector.

2007

This article describes two Web services using geographical information systems which enable exchange of spatial information between the distributor or government institution and clients who require environmental spatial data. The introduction explains the reasons for introducing Web services and standards governing this area, followed by a presentation of differences between the Web Map and Web Feature services and a description of their technical characteristics. The article concludes by presenting two solutions put forward by the Environmental Agency of the Republic of Slovenia.

2000

G eographical information systems (GIS) are well suited for database collection and management related to geographically dispersed networks. Access to and management of GIS through the Internet allows for effective, multiuser development and applications of databases for lifeline and hospital systems; a platform for the dynamic assembly of data and rapid response during post-earthquake reconnaissance and emergency operations: and a broadly used medium for education at the university, K-12, and local community levels. GIS technology for earthquake engineering is well established, with research focused on assessing the seismic damage of underground infrastructure (O'

農業情報研究, 2010

The main objective of this study was to develop a geo-spatial information system a combining web, Geographic Information System (GIS) and remote sensing technologies. This paper introduces an integrated web-based GIS and remote sensing architecture with three levels of geographic information services called Spatial Information System (SIS). The combinations of Java, Java applets, HTML, ASP.Net, VB Script, Java Script, SQL and web server components were utilized to develop the SIS. The prototype SIS was developed to provide an easy access to the geospatial information. Multi-temporal satellite images in Nuwaraeliya, Sri Lanka, were used for the evaluation. The SIS provides many facilities on web-based image analysis and land use/cover change detection for environmental resource management. The analyzed results of the temporal land use/ cover and the vegetation cover change were presented through the web-system. Areas vulnerable to soil erosion were identified using the raster-based USLE (Universal Soil Loss Equation) tool created inside GIS environment. The web-based GIS and remote sensing tools were considered to be significantly useful for accessing geospatial data without using expensive image processing applications. The study area of this research was selected as an example and the system demonstrates the way of distributing the derived satellite images through the online with some processing tools. Therefore, this application can be used as an example on future research.

Aug. 10-11, 2017 Singapore Back RTSECT-17, CABES-17, BDCATE-17, HISHTM-17, BELSD-17 & BBMPS-17, 2017

The cloud geographical information system (GIS) has been an important development direction of GIS in recent years. To deploy GIS on cloud and enable users to enjoy the geographical information services at any time and any place is becoming prominent, as companies and institutions around the globe realize the significance of cloud GIS applications in Spatial Decision Support Systems. We use web-based Cloud GIS (also called internet GIS or on line GIS) application for standards software packages to develop an interactive web mapping portal for spatial analysis. The proposed of research address was development of web-based clolud GIS application and identifying potential areas for tourism natural resources in South Solok part in West Sumatera Province. It was such as culture, natural, and agro tourism. Since the South Solok has great potential in many object for domestic and international tourism destination, it is a need to develop system as as for resources information system tools in decision support system (DSS) to helping and managing the company's geothermal resources for key decision making, planning and also provides the users with an innovative and interactive way to access the spatial content over the internet/intranet. The system will be implemented by the architecture of cloud computing, cloud is used as a place to store the data, applications, and others to facilitate the exploration of natural resources tourism. The result application provides a variety of functionalities such as; browse map mode, querying, navigation system, user requiring service, search region and displaying tourism natural resources areas, map editing and printing from the web interface.

2011

Geographic Information Systems for the web (webGIS) are being implemented for different purposes. In this context, one of the greatest challenges is to integrate different sources of geographic data, as well as the visualization of this information using maps in an interactive environment. This paper presents a proposal for architecture for the webGIS with interoperability between different sources of heterogeneous data, as well as the visualization of maps in different formats with components implemented with Web 2.0 technology. The architecture was validated through a case study that implemented a webGIS to academic research at the Geosciences Institute of the University of Brasilia. Keywords-Geographical Information System; webGIS; Geographical database; Map Visualization.