PENERAPAN GOOGLE MAPS API PADA SISTEM INFORMASI GEOGRAFIS (SIG) TEMPAT WISATA DAN REKREASI KOTA PALANGKARAYA BERBASIS WEB

A new breakthrough on how to disseminate the potential of tourism and recreation is bydoing development of Geographic Information Systems ( GIS ) and recreational attractionsPalangkaraya city by using the web-based Google Maps API is intended for information on traveland recreation in the city of Palangkaraya into more forms and interactive and can be widelyknown to the public so it can be used as a promotional tool Palangkaraya city tourism .Development clump science informatics techniques in the field of software engineering,information systems, multimedia, and web programming can be realized with the development ofthe web-based GI .The study design is made consists of three stages: ( 1 ) data collection and analysis is doneby means of literature study and observation , ( 2 ) applying the waterfall method which has beenmodified with the stages are systems analysis to determine access rights along facilities , UML andERD are made, the design of the system by doing database design, navigation structure, interface,and integration of GIS data, the implementation of the system is done with pemrograma languagePHP, the database used is MySQL, and its GIS with Google Maps API, and testing systems usedblack box testing, and ( 3 ) the results of research in which a web -based GIS that was made into aready-made software .Created a web -based GIS in general have two users are administrators to manageinformation and visitors to view and search for information. The information referred to here is themap, text, and images

A characterization of Volunteered Geographic Information

This paper characterizes the Volunteered Geographic Information (VGI) phenomenon and explores comprehensively its relation with SDI. The SDI component view is used as common framework for describing the main characteristics of VGI and as framework for exploring VGI and SDI relation. Openstreetmap, Wikiloc, 360.org, Wikimapia and Eye on earth are evaluated to indentify general characteristics of VGI initiatives and discuss differences and similarities between VGI and SDI. Despite differences between VGI and SDI similarities can be identified. Characteristics of all SDI components have been identified in the VGI case studies. Despite differences between VGI and SDI similarities can be identified. Characteristics of all SDI components have been identified in the VGI case studies

Participatory GIS: experimentations for a 3D social virtual globe

The dawn of GeoWeb 2.0, the geographic extension of Web 2.0, has opened new possibilities in terms of online dissemination and sharing of geospatial contents, thus laying the foundations for a fruitful development of Participatory GIS (PGIS). The purpose of the study is to investigate the extension of PGIS applications, which are quite mature in the traditional bi-dimensional framework, up to the third dimension. More in detail, the system should couple a powerful 3D visualization with an increase of public participation by means of a tool allowing data collecting from mobile devices (e.g. smartphones and tablets). The PGIS application, built using the open source NASA World Wind virtual globe, is focussed on the cultural and tourism heritage of Como city, located in Northern Italy. An authentication mechanism was implemented, which allows users to create and manage customized projects through cartographic mash-ups of Web Map Service (WMS) layers. Saved projects populate a catalogue which is available to the entire community. Together with historical maps and the current cartography of the city, the system is also able to manage geo-tagged multimedia data, which come from user field-surveys performed through mobile devices and report POIs (Points Of Interest). Each logged user can then contribute to POIs characterization by adding textual and multimedia information (e.g. images, audios and videos) directly on the globe. All in all, the resulting application allows users to create and share contributions as it usually happens on social platforms, additionally providing a realistic 3D representation enhancing the expressive power of data

Web 3.0 and Knowledge Management: Opportunities for Spatial Planning and Decision Making

The overabundance of information produced by new technologies, if on one side can be considered as a knowledge enrichment in planning process, on the other side it has not improved neither reality understanding nor possibilities of intervention. Old forms of citizens participation to planning process, generally based on assemblies, have been replaced by continuous discussions on social networks, blogs, etc.. The attempt to take into account the huge data flow produced everyday, it is not an easy task for planners. An ontologies based approach can represent an important support to such activities. "Comelicopedia" an European project between Italy and Austria, probably is one of the first experiences in applying ontologies to spatial planning process. All potentialities in planning and decision making fields will be analyzed and tools, such as "comelicopedia", can become usual in supporting a regulatory dialogue between decision makers and citizens

A Web of Expectations: Evolving Relationships in Community Participatory Geoweb Projects.

This article was first published in ACME: An International Journal for Critical Geographies in 2015, available online: http://ojs.unbc.ca/index.php/acme/article/view/1235/1030.New forms of participatory online geospatial technology have the potential to support citizen engagement in governance and community development. The mechanisms of this contribution have predominantly been cast in the literature as ‘citizens as sensors’, with individuals acting as a distributed network, feeding academics or government with data. To counter this dominant perspective, we describe our shared experiences with the development of three community-based Geospatial Web 2.0 (Geoweb) projects, where community organizations were engaged as partners, with the general aim to bring about social change in their communities through technology development and implementation. Developing Geoweb tools with community organizations was a process that saw significant evolution of project expectations and relationships. As Geoweb tool development encountered the realities of technological development and implementation in a community context, this served to reduce organizational enthusiasm and support for projects as a whole. We question the power dynamics at play between university researchers and organizations, including project financing, both during development and in the long term. How researchers managed, or perpetuated, many of the popular myths of the Geoweb, namely that it is inexpensive and easy to use (thought not to build, perhaps) impacted the success of each project and the sustainability of relationships between researcher and organization. Ultimately, this research shows the continuing gap between the promise of online geospatial technology, and the realities of its implementation at the community level.Peer-reviewe

Tér-tudatos információs társadalomn

Az információ 70-80 százaléka helyhez köthető. Az info-kommunikációs technológiák fejlődésével a klasszikus ábrázolás, a térkép átadja helyét a digitális téradatoknak és a helyhez kötött szolgáltatásoknak. Az internetnek köszönhetően az adatoknak nemcsak a megosztása, hanem a gyűjtése is egyre szélesebb társadalmi réteg bevonásával történik. A térinformációs infrastruktúra áttekintést nyújt a téradatokkal kapcsolatos szolgáltatásokról és azok igénybevételének feltételeiről, s lehetővé teszi a rendszerek interoperabilitását. A térinformációs infrastruktúra stratégiai tervezésénél szükség van a társadalmi hatások értékelésére, a felhasználói igények és az alkalmazott műszaki megoldások figyelembe vétele mellett. A szaporodó üzleti alkalmazások és e-közigazgatási szolgáltatások egyre inkább az információs társadalom tér-tudatossá válása irányában hatnak

Characterizing New Channels of Communication: A Case Study of Municipal 311 Requests in Edmonton, Canada

City governments around the world are developing and expanding how they connect to citizens. Technologies play an important role in making this connection, and one frequent way that cities connect with citizens is through 311-style request systems. 311 is a non-emergency municipal notification system that uses telephone, email, web forms, and increasingly, mobile applications to allow citizens to notify government of infrastructure issues and make requests for municipal services. In many ways, this process of citizen contribution mirrors the provision of volunteered geographic information, that is spatially-referenced user generated content. This research presents a case study of the city of Edmonton, Canada, an early adopter of multi-channel 311 service request systems, including telephone, email, web form, and mobile app 311 request channels. Three methods of analysis are used to characterize and compare these different channels over three years of request data; a comparison of relative request share for each channel, a spatial hot spot analysis, and regression models to compare channel usage with sociodemographic variables. The results of this study indicate a shift in channel usage from traditional to Internet-enabled, that this shift is mirrored in the hotspots of request activity, and that specific digital inequalities exist that reinforce this distinction between traditional and Internet-enabled reporting channels

Integrating Decision-Making Support in Geocollaboration Tools

info:eu-repo/semantics/publishedVersio