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"Contents :- Table of Contents by Author - ACRONYM GUIDE - Benefits of Voice over ATM for the Service Provider - Customer Care and Billing: Mission Critical - Service Provider API: Secure Access to Converged Networks The Parlay API - Winning IN Services for the Residential and Small-Business Markets - Pricing Value-Added Services: Flat Rate versus Usage Sensitive - The future of Services from Intelligent Peripherals - Private Customer Services in IN: The Finnet View - The Role of the IN in an Increasingly Competitive Environment - Billing, Operation Support Systems, and the lntelligent Network: The Investment Case for Consolidation - Outsourcing Customer Care and Service Provisioning - Managing Multiple Versions of Service Software - Intelligent Services - End-User Control for Intelligent Network Services - Interoperability and Intelligent Networking - Re-Examining the lntelligent Network - Interconnection Values and Issues - Web-Enabled Services for the Intelligent Network - Local Number Portability The Next Steps - IN/AIN Architectural Overview and Standards - Getting Ready to Offer Intelligent Network Services - Future-Proofing LNP Architecture - The Fixed Network's Role in Mobility - Intelligent Networking in the Mobile Environment - Wireless and Wireline Integration: Great Expectations Have They Been Met? - Wireless-Wireline Integration: An Emerging Set of Solutions - Implementing WIN for International Applications - Info on the Go: WIN-Enabling Architecture - IN/IP Convergence in Services Architecture - Advanced Internet Network - The Use of the Intelligent Network in the Internet Protocol Routing Service - IP Voice, Fax, and Video Services and Applications - Integrating VoIP Networks into PSTN Wireless and Wireline - Introduction to IP Telephony - AIN: Mechanized Service Activation "

"Contents :- Table of Contents by Author - International Engineering Consortium - Consortium Affiliated Universities - Part I: IN Basics - Fundamentals of IN and IN Capabilities - Part II: Business Issues and Case Studies - The Business Case for Intelligent Network Platform Investments: Service-Specific Challenges - Delivering High-Value Services to Make a Buck and Save a Buck - Small-Business and Residential Opportunities for IN-Based Services - Intelligent Network Capabilities: Challenges for the Exchange Carrier - A View of Advanced Intelligent Network Wholesaling - Modeling AIN: A User's Perspective - Intelligent Networks: Competitive Advantage - Value-Added Wholesale IN Services: Dipping for Dollars - Mass-Marketing of AIN Services - An AIN Success Story - Part III: IN Architectures and Operations - Optimizing Service Control Point Architectures to Achieve High Throughput with Minimum Response Time - Deployment of TINA Technology on a Pan-European ATM Network - AIN Billing Issues Update - Intelligent networks and TINA Migration and Interworking Issues - Commonality of AIN Across Network Elements - Intelligent Internet: Value-Added Services by Interworking Between Network Technologies - Network Signaling for the Next Generation of IN Platforms - Security Concerns for IN Architectures and Services - AIN Usage Measurements for Billing - The Marriage of Two Challenges: Technical Considerations of Open AIN - A New Paradigm for Network Intelligence: From Bundled to Open and Programmable Systems - Intelligent Peripheral Realization - The Elements and Description of a Number Portability Administration Center Service Management System (NPAC SMS) - Intelligent Peripherals and Service Nodes: Distributed Intelligence for Seamless Service - ATM Network Intelligence at the User's Fingertips - Internet Access to the Intelligent Network - Object-Oriented Realization of a Broadband Intelligent Network Architecture - Enhancing Enterprise Voice Networks with Intelligent Network Technology - Part IV: Interoperability and Local Number Portability Issues - Regulatory and Public Policy Issues Driving Number Portability Deployment - Interoperability: Spanning the Chasm - Local Number Portability: Operations Impact and Architecture - Interoperability and Ubiquity: Why Can't We All Just Get Along? - Wireless Local Number Portability - Unbundling the Network: A Vendor's Perspective - An Interexchange Carrier Perspective on LNP - Portability Outside of the Rate Center (PORC) - Local Number Portability: A Canadian Regulatory Perspective - Local Number Portability: A Service Bureau Approach - Part V: Standards - Current Status of National and International IN Standards and TINA-C - The TIA Wireless Intelligent Network Standards: Drivers, Status, and Synergies - ITU-T IN Standards International Perspective and Standards Convergence - Part VI: Service Development, Applications, and Management - Integrated Wireless and Wireline Services - Java and Its Use on the Motorola Service Node Platform - Third-Party Programming: A New Outlet for Service Creation - Troubleshooting Intelligent Wireline/Wireless Networks - Mobility in an Intelligent Network: How noes Donna Get What She Wants? - Service Management: Overall Context, Business Drivers, and Challenges - AIN Mass-Market Services: Provisioning and Maintenance Issues - Acronym Guide "

"Contents : - Acronym Guide - Business Case for Evolution to Next-Generation Networks - Service Creation:Who Is in Control? - Internet Business Models for Next-Generation Voice Services - The Next-Generation Service Provider:Building the New Public Network - Profitability in Intelligent Network Services - Telecommunications Hosting Opportunities - Gaining Market-Share with Service Flexibility - The Future of Communications - How to Expand Intelligent Networks to Next-Generation Service - Firewalling and Caching in a Signaling Environment - The Evolution of Softswitch Architecture - End-to-End Architecture for Next-Generation IP Networks - Profitable IN:An Oxymoron? - Services at the Edge - A Multiservice Applications Platform - I Robot:IP Switching and Softswitches - Promising Applications,Perplexing Strategies:Competing Application Server Architectures for the New Network - Network Requirements for Voice over Packet - Native Ethernet Metropolitan-Area Networks - An API Based Architecture Enabling Integrated Services - Switching the Switches:The Circuit Switch Is ON...to Packet - Internet Offload:Exploring Outsourcing Call Control as an Alternative to Self-Deployment - Convergent SS7 Signaling for Seamless Service Deployment - The SCP as a Bridge from TDM to VoIP - MGCP and MEGACO:Where Is the Industry Today? - IP Architecture in the Network Core - Managing Feature Interaction in an NGN Environment - Internet-Based Multimedia Schemes Help Remote Automation and Control Applications - Exploring Next-Generation Converged Service-Creation and Execution Environment Architecture - Security Risk Management:Challenges for Today and Tomorrow - It is Time for Customer-Based Not Component-Based SLAs! - Multivendor OSSs:The Challenge Is Speed - Service Integration:Marrying SLAs to Service-Provider Business Applications - IPDR.org Overview - The Magic behind Making IP VPNs a Reality:IP Network and Service Management - Service-Provider Environment and IP Service Assurance - Building a Scalable Security Zone - Standards Progress and Industry Efforts Status - QoS Metrics for SLA Management - IP Communications - The New Public Network and New Opportunities for Service Providers - Evolution of Carrier Backbone Data-Network Requirements - Subscriber-Sensitive Convergence Services - Location-Based Services:The Convergence Revolution and the Power of Where - The Power of Personal Preference in a Location-Based World - Three Key Areas for New Mobile Intelligent Network Services:Location, Location, Location - Enhanced Services for GSM, TDMA,CDMA, and 3G Networks - Unified Messaging - What Third-Party Developers Want - Deployment in a Third-Party Environment - Enhanced Mobile Services from a Start-Up Perspective - The Future Direction of Mobile IN Services - Telco versus IP Service Creation and the Role of Softswitch - WIN Yesterday and Today - Next-Generation Services:A Service Developer is Perspective - Integrating Enhanced Voice Collaboration Services in a Converged Network "

"ABSTRAKDengan perkembangan kompetisi dan globalisasi yang makin pesat memacu para pelaku bisnis telekomunikasi untuk dapat mengantisipasi situasi tersebut. Tuntutan masyarakat akan jenis dan mutu pelayanan semakin berkembang, menciptakan iklim persaingan dalam penyediaan jasa telekomunikasi.Intelligent Network (IN) atau dikenal juga dengan nama JAPATI (Jaringan Pintar Teknologi Informasi) yaitu implementasi IN di Indonesia merupakan salah satu bentuk kemajuan di bidang teknologi telekomunikasi yang memberikan berbagai bentuk layanan baru yang beraneka ragam. Dengan memanfaatkan IN pengelola jaringan mampu memaksimalkan penggunaan jaringannya untuk memenuhi keinginan pelanggan akan jenis jenis pelayanan baru.Dengan teknologi IN yang relafif baru di Indonesia membuat PT. Telekomunikasi Indonesia Tbk (PT. TELKOM) sebagai operator penyelenggara pada jaringan telekomunikasi tetap terus berupaya mengembangkan jaringan IN maupun jenis pelayanan.Pada tesis ini dilakukan analisa terhadap rencana pengembangan jaringan yang dilakukan PT. TELKOM dengan mengacu pada standard yang berlaku secara internasional. Juga dilakukan analisa terhadap jenis pelayanan dan pemasaran.Hasil analisa yang dilakukan merupakan upaya masukan bagi pihak terkait dalam mengembangkan jaringan IN nasional secara effisien yang mengacu pada standard internasional dengan tetap memperhatikan kondisi eksisting, juga dalam rangka pengembangan pemasaran IN.The rapid progress in competition and globalization force all the telecommunication business players to be able to anticipate the above condition. Consumer more demanding on new services and performance, and it creates a competitive climate for providing telecommunication services.intelligent Network (IN) or JAPATI (Jaringan Pintar Teknologi lnformasi) - commercial name in Indonesia - is a kind of technology development in telecommunication. It aims to ease the introduction of new services and features, which is more centralized and installed on the existing base of the present network. it will provide greater network flexibility and capability to enable the service provider to quickly and economically create, modify and customize telecommunication services.In is a relatively new technology in Indonesia, it drives PT. Telekomunikasi Indonesia Tbk (PT. TELKOM) - as an operator for fixed telecommunication - to keep raising to develop IN and its services.This paper will analyze PT. TELKOM iN configuration planning, comparing with international standard. It also analyze iN service and marketing.The output of this is intended to give a contribution to all parties for developing national IN efficiently Hence all points am conform to international standard, in stage, considering present network condition, including market development."

"Seiring dengan diterapkannya standarisasi teknologi digital pada jaringan sistem pertelekomunikasian di Indonesia, permintaan sambungan telepon baru akan lebih mudah dan cepat untuk direalisasikan, kualitas jaringan serta keanekaragaman fasilitas atau jasa layanan baru dapat lebih mudah untuk dikembangkan dan ditingkatkan, jika dibandingkan dengan sistem penyambungan analog. Banyak jenis jasa layanan yang telah direalisasikan atau disediakan oleh penyelenggara telekomunikasi, sesuai dengan tuntutan dan kebutuhan masyarakat pengguna. Salah satunya adalah jenis layanan yang cukup vital bagi kebanyakan masyarakat, yaitu jasa fayanan panggilan darurat (emergency call). Jasa layanan ini berfungsi untuk menerima informasi dari masyarakat yang sangat membutuhkan pertolongan dalam waktu relatif singkat, kapan dan dimana saja. Pada kenyataannya, saat ini jasa layanan panggilan darurat kurang dapat memenuhi tuntutan masyarakat pengguna, hal ini dikarenakan masih adanya kendala faktor teknis dan non teknis yang kurang mendukung bagi tercapainya suatu layanan panggilan darurat yang dapat diandalkan. Dalam makalah ini penulis mencoba untuk melakukan pengkajian dengan melihat kemungkinan untuk meminimalkan kekurangan yang ada pada layanan panggilan darurat saat ini, sehingga diharapkan akan tercapai suatu layanan panggilan darurat yang berkualitas."

"Contents :- Table of Contents by Author - International Engineering Consortium - Consortium Affiliated Universities - Part I: IN Basics - Fundamentals of IN and IN Capabilities - Part II: Business Issues and Case Studies - The Business Case for Intelligent Network Platform Investments: Service- Specific Challenges - Delivering High-Value Services to Make a Buck and Save a Buck - Small-Business and Residential Opportunities for IN-Based Services - Intelligent Network Capabilities: Challenges for the Exchange Carrier - A View of Advanced Intelligent Network Wholesaling - Modeling AIN: A User's Perspective - Intelligent Networks: Competitive Advantage - Value-Added Wholesale IN Services: Dipping for Dollars - Mass-Marketing of AIN Services - An AIN Success Story - Part III: IN Architectures and Operations - Optimizing Service Control Point Architectures to Achieve High Throughput with Minimum Response Time - Deployment of TINA Technology on a Pan-European ATM Network - AIN Billing Issues Update - Intelligent networks and TINA Migration and Interworking Issues - Commonality of AIN Across Network Elements - Intelligent Internet: Value-Added Services by Interworking Between Network Technologies - Network Signaling for the Next Generation of IN Platforms - Security Concerns for IN Architectures and Services - AIN Usage Measurements for Billing - The Marriage of Two Challenges: Technical Considerations of Open AIN - A New Paradigm for Network Intelligence: From Bundled to Open and Programmable Systems - Intelligent Peripheral Realization - The Elements and Description of a Number Portability Administration Center Service Management System (NPAC SMS) - Intelligent Peripherals and Service Nodes: Distributed Intelligence for Seamless Service - ATM Network Intelligence at the User's Fingertips - Internet Access to the Intelligent Network - Object-Oriented Realization of a Broadband Intelligent Network Architecture - Enhancing Enterprise Voice Networks with Intelligent Network Technology - Part IV: Interoperability and Local Number Portability Issues - Regulatory and Public Policy Issues Driving Number Portability Deployment - Interoperability: Spanning the Chasm - Local Number Portability: Operations Impact and Architecture - Interoperability and Ubiquity: Why Can't We All Just Get Along? - Wireless Local Number Portability - Unbundling the Network: A Vendor's Perspective - An Interexchange Carrier Perspective on LNP - Portability Outside of the Rate Center (PORC) - Local Number Portability: A Canadian Regulatory Perspective - Local Number Portability: A Service Bureau Approach - Part V: Standards - Current Status of National and International IN Standards and TINA-C - The TIA Wireless Intelligent Network Standards: Drivers, Status, and Synergies - ITU-T IN Standards International Perspective and Standards Convergence - Part VI: Service Development, Applications, and Management - Integrated Wireless and Wireline Services - Java and Its Use on the Motorola Service Node Platform - Third-Party Programming: A New Outlet for Service Creation - Troubleshooting Intelligent Wireline/Wireless Networks - Mobility in an Intelligent Network: How noes Donna Get What She Wants? - Service Management: Overall Context, Business Drivers, and Challenges - AIN Mass-Market Services: Provisioning and Maintenance Issues - Acronym Guide "

"ABSTRAKSistem penomoran konvensional pada jaringan telepon PSTN maupun seluler menuntut perubahan nomor telepon yang digunakan pelanggan pada saat pelanggan tersebut berpindah tempat tinggal/memindahkan lokasi kegiatan bisnisnya, berpindah dari satu penyelenggara layanan telepon ke pcnyelenggara lain atau memutuskan untuk mengganti layanan telekomunikasi misalnya dari layanan analog ke layanan digital.Number portability memungkinkan pelanggan untuk tetap dapat menggunakan nomor telepon yang telah digunakannya. Dalam layanan location number portability, meskipun pelanggan berpindah tempat tinggal/mernindahkan lokasi bisnisnya ke tempat lain. nomor lama masih dapat digunakan oleh pelanggan. Location Number portability merupakan salah satu upaya operator jaringan untuk meningkalkan pelavanan kepada pelanggan, dimana pelanggan dapat berpindah lokasi tanpa resiko perubahan nomor telepon.Penerapan IN menjadi salah satu solusi pengimplcmcntasian number portability pada jaringan telekomunikasi. Dengan konsep sentralisasi database dan kesedcrhanaan manajemen jaringan, penerapan IN memiliki nilai lebih untuk diterapkan sebagai pcndukung number portability.

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