99,859 research outputs found

    Providing Mobile Services for Government Web Sites Using OSS

    Get PDF
    The mobile Internet is growing extremely fast in Indonesia, partly due to the limitations of legacy networks. However, mobile Internet access in Indonesia is expanding exponentially mainly due to the high level of mobile phone penetration amongst the 240 million people in its population. This topic covers the latest news and information on the Indonesian mobile Internet expansion. [M., 2010a] The use of mobile internet is being used as an opportunity for the Indonesian government to create a mobile based service. In this case, the services provided by the government of Indonesia is in the form of mobile web services that are used to provide information to the public on matters related to the activities of government, thus creating a transparent government. Mobile services provided by this government were built using open source software. The use of OSS is expected to help support Indonesia Go Open Source which has been declared on June 30, 2004 by ïŹve ministries namely the Ministry of Research and Technology, Ministry of Communications and Information Technology, Ministry of Justice and Human Rights, Ministry of Administrative Reform and the Ministry of National Education. This paper will explain the websites of government anywhere in Indonesia, which already provides mobile services

    PENERAPAN APLIKASI PELAYANAN DESA BERBASIS MOBILE DENGAN KONSEP SMART VILLAGE DI DESA PEGANTENAN, KECAMATAN PEGANTENAN, KABUPATEN PAMEKASAN

    Get PDF
    ABSTRAKDi Desa Pegantenan hingga saat ini belum ada suatu sistem yang mampu menjembatani antara pemerintah dan masyarakat Desa Pegantenan yang memanfaatkan teknologi informasi. Pelayanan pemerintah desa masih menerapkan sistem konvensional, yang mengharuskan warga datang ke kantor desa dan membutuhkan waktu yang cukup lama. Masyarakat juga kesulitan dalam menerima informasi dan menyampaikan laporan terkait keadan desa. Pada pengabdian masyarakat ini dikembangkan sebuah aplikasi pelayanan desa berbasis mobile sehingga dapat diakses oleh seluruh masyarakat Desa Pegantenan dalam rangka mewujudkan program Smart Village dan upaya menuju Penyelenggaraan Pemerintah Desa yang transparan dan berkemajuan. Metode pelaksanaan kegiatan terdiri dari tahap pengumpulan data seperti bisnis proses dan formulir yang digunakan warga ketika mengurus surat. Tahap berikutnya pembuatan aplikasi berbasis mobile dan sosialisasi aplikasi di Desa Pegantenan sekaligus sharing session tentang pengalaman selama memakai aplikasi. Hasil dari pengabdian ini adalah berupa sistem aplikasi pelayanan Desa Pegantenan yang berbasis mobile. Selain aplikasi mobile juga ada aplikasi web yang digunakan sebagai administrator. Aplikasi mobile ditujukan untuk warga sedangkan aplikasi web ditujukan untuk admin yaitu perangkat desa. Sistem aplikasi yang barbasis mobile dan web memungkinkan warga dapat mengakses sistem dimana saja dan kapan saja sehingga meningkatkan kualitas layanan Pemerintah Desa kepada warga atau masyarakat. Kata kunci: aplikasi pelayanan desa; aplikasi mobile; smart village; desa pegantenan. ABSTRACTUntil now, in Pegantenan Village, there is no system capable of bridging between the government and Pegantenan Village residents using information technology. Village government services still apply the conventional system, which requires residents to come to the village office and takes a long time. Residents also have difficulty receiving information and submitting reports related to village conditions. In this service, a mobile-based village service application was developed so that it can be accessed by all residents in order to realize the Smart Village program and efforts towards implementing a transparent and progressive Village Government. The method of implementing activities consists of the data collection stage such as business processes and forms that residents use when handling letters. The next stage is making mobile-based applications and application socialization as well as sharing sessions about experiences while using the application. The result of this service is a mobile-based service application system for Pegantenan Village. There is also a web application that is used as an administrator. The mobile application is intended for residents while the web application is intended for admins, namely village officials. Mobile and web-based application systems allow residents to access the system anywhere and anytime so as to improve the quality of village government services to residents. Keywords: village service application; mobile application; smart village; pegantenan village

    Urban management revolution: intelligent management systems for ubiquitous cities

    Get PDF
    A successful urban management support system requires an integrated approach. This integration includes bringing together economic, socio-cultural and urban development with a well orchestrated transparent and open decision making mechanism. The paper emphasises the importance of integrated urban management to better tackle the climate change, and to achieve sustainable urban development and sound urban growth management. This paper introduces recent approaches on urban management systems, such as intelligent urban management systems, that are suitable for ubiquitous cities. The paper discusses the essential role of online collaborative decision making in urban and infrastructure planning, development and management, and advocates transparent, fully democratic and participatory mechanisms for an effective urban management system that is particularly suitable for ubiquitous cities. This paper also sheds light on some of the unclear processes of urban management of ubiquitous cities and online collaborative decision making, and reveals the key benefits of integrated and participatory mechanisms in successfully constructing sustainable ubiquitous cities

    Transparent resource sharing framework for internet services on handheld devices

    Get PDF
    Handheld devices have limited processing power and a short battery lifetime. As a result, computationally intensive applications cannot run appropriately or cause the device to run out of battery too early. Additionally, Internet-based service providers targeting these mobile devices lack information to estimate the remaining battery autonomy and have no view on the availability of idle resources in the neighborhood of the handheld device. These battery-related issues create an opportunity for Internet providers to broaden their role and start managing energy aspects of battery-driven mobile devices inside the home. In this paper, we propose an energy-aware resource-sharing framework that enables Internet access providers to delegate (a part of) a client application from a handheld device to idle resources in the LAN, in a transparent way for the end-user. The key component is the resource sharing service, hosted on the LAN gateway, which can be remotely queried and managed by the Internet access provider. The service includes a battery model to predict the remaining battery lifetime. We describe the concept of resource-sharing-as-a-service that allows users of handheld devices to subscribe to the resource sharing service. In a proof-of-concept, we evaluate the delay to offload a client application to an idle computer and study the impact on battery autonomy as a function of the CPU cycles that can be offloaded

    Mobility Management in beyond 3G-Environments

    Get PDF
    Beyond 3G-environments are typically defined as environments that integrate different wireless and fixed access network technologies. In this paper, we address IP based Mobility Management (MM) in beyond 3G-environments with a focus on wireless access networks, motivated by the current trend of WiFi, GPRS, and UMTS networks. The GPRS and UMTS networks provide countrywide network access, while the WiFi networks provide network access in local areas such as city centres and airports. As a result, mobile end-users can be always on-line and connected to their preferred network(s), these network preferences are typically stored in a user profile. For example, an end-user who wishes to be connected with highest bandwidth could be connected to a WiFi network when available and fall back to GPRS when moving outside the hotspot area.\ud In this paper, we consider a combination of MM for legacy services (like web browsing, telnet, etc.) using Mobile IP and multimedia services using SIP. We assume that the end-user makes use of multi-interface terminals with the capability of selecting one or more types of access networks\ud based on preferences. For multimedia sessions, like VoIP or streaming video, we distinguish between changes in network access when the end-user is in a session or not in a session. If the end-user is not in a session, he or she needs to be able to start new sessions and receive invitations for new sessions. If the end-user is in a session, the session needs to be handed over to the new access network as seamless as possible from the perspective of the end-user. We propose an integrated but flexible solution to these problems that facilitates MM with a customizable transparency to applications and end-users

    Transparent and scalable client-side server selection using netlets

    Get PDF
    Replication of web content in the Internet has been found to improve service response time, performance and reliability offered by web services. When working with such distributed server systems, the location of servers with respect to client nodes is found to affect service response time perceived by clients in addition to server load conditions. This is due to the characteristics of the network path segments through which client requests get routed. Hence, a number of researchers have advocated making server selection decisions at the client-side of the network. In this paper, we present a transparent approach for client-side server selection in the Internet using Netlet services. Netlets are autonomous, nomadic mobile software components which persist and roam in the network independently, providing predefined network services. In this application, Netlet based services embedded with intelligence to support server selection are deployed by servers close to potential client communities to setup dynamic service decision points within the network. An anycast address is used to identify available distributed decision points in the network. Each service decision point transparently directs client requests to the best performing server based on its in-built intelligence supported by real-time measurements from probes sent by the Netlet to each server. It is shown that the resulting system provides a client-side server selection solution which is server-customisable, scalable and fault transparent
    • 

    corecore