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"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 :- 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 :- 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 :- PROCEEDINGS OF THE NATIONAL ELECTRONICS CONFERENCE VOLUME XXXV - MESSAGE FROM THE PRESIDENT - NCF/NEC CONFERENCE MANAGEMENT - NEW TECHNOLOGY SEMINARS - 1. Digital Switching Techniques and Systems - 2. Security in Modern Communication Systems - 3. Recent Advances in Outside Plant Technology - 4 . Current Use of Advanced Technologies in Electronics Assembly - 5. Current Topics in Subscriber Loop Interfaces - 6. Coping with Data Network Evolution Toward Integrated Voice/Data - 7. Modern Telephone Transmission and Protection Test Equipment - 8. System Reliability Strategies - 9. Packet Switching Networks - 10 . Recent Advances in Operator Services Mechanization - 11 . Computer Assistance in Manufacturing - 12 . Telephone Company Experience with Digital Switching - 13 . Software Test and Validation - 14. Impact of Standards and Regulatory Activities - 15 . New Computer Architectures - 16 . Preparing for the New Private Networks - 17 . Knowledge Worker Productivity - 18. Non-Contact Manufacturing and Inspection - 19. Trends in Digital Switching - 20. Computer Performance Evaluation - 21 . Practical Applications of Digital Image Processing - TECHNICAL PAPER SESSIONS - SESSION 1: HUMAN FACTORS IN TELECOMMUNICATIONS - SESSION 2: SPEECH AND SIGNAL PROCESSING - SESSION 3: COMPUTER NETWORKS AND DISTRIBUTED PROCESSING - SESSION 4: FIBER OPTICS TECHNOLOGY AND APPLICATI0NS - SESSION 5: SYNTHETIC SPEECH - SESSION 6: SOFTWARE ENGINEERING - SESSION 7: FUTURE DIRECTIONS IN COMMUNICATIONS SERVICES - A COMPARISON OF PERSPECTIVES AND ALTERNATIVES - SESSION 8: CRYPTOGRAPHIC AUTHENTICATION AND RESOURCE PROTECTION - SESSION 9: SURFACE-ACOUSTIC-WAVE DEVICES AND APPLICATIONS - SESSION 10: SPEECH RECOGNITION, WHERE ARE WE GOING? - SESSION 11: CENTRALIZATION OF TELEPHONE SWITCHING NETWORK MAINTENANCE - SESSION 12: ADVANCES IN SATELLITE COMMUNICATIONS - SESSION 13: DIGITAL SIGNAL PROCESSING - SESSION 14: ADVANCES IN SENSOR TECHNOLOGY AND APPLICATIONS - SESSION 15: DATA TRANSPORT NETWORKS - SESSION 16: ENHANCED 911 NETWORK PLANNING - SESSION 17: NEW DEVELOPMENTS IN COMPUTER GRAPHICS - SESSION 18: AN EXPANDED DIGITAL SWITCHING ARCHITECTURE - SESSION 19: MINI-MICRO COMPUTER APPLICATIONS - SESSION 20: CORPORATE TELECOMMUNICATIONS NETWORK - SESSION 21: PERSONNEL ISSUES RELATED TO THE MANAGEMENT OF TECHNICAL EMPLOYEES - SESSION 22: ENERGY/FACILITY MANAGEMENT SYSTEMS - SESSION 23: HIGH FREQUENCY ELECTRONICS "

"Contents :- Table of Contents by Author - International Engineering Consortium - Consortium Affiliated Universities - Part I: Management Issues - The Boundaryless Organization - Issues in Legacy Integration Methodologies for Network Management - Developing Successful Network Management Systems - Anticipating OAM&P Issues When Introducing Network Elements - Operations Support: The Next Generation - Integrated Network Management: A Technology View - Industry Implementation of Best Practices - National Network Management Capabilities: A Marketplace Advantage - OSS Interconnection: Burden or Breakthrough? - Surfing on the Tidal Wave of Change: Going Fast and Having Fun - Innovations in Common Channel Signaling Network Management - Achieving Interoperability that Will Enable High-Quality, Cost-Effective Network Management - Data Mining and Decision Support - Becoming a lean Service Provider - Part II: Testing - Network Reliability Issues & Solutions: An Update - Monitoring an Intelligent Network - Next-Generation Copper Testing - Implementation of Network Testing - Part III: Customer Service Issues - Operator Services for One-Stop Shopping - Customer Care from an Operations Perspective - What Do Users Really Want? - Customer Service Management for Competitive Advantage - Customer Network Management - Imperatives in Customer Care from a Service (Operations) Perspective - Part IV: Local Number Portability - Local Number Portability: The Call Must Go Through - Local Number Portability Conies to Chicago - Local Number Portability: Complex Simplicity - Operational Support Systems After Telecom Reform - TMN Basics - The Architecture and Evolution of Telecom Operations - Future Telecommunications Powering Issues and Solutions - Potholes in Building the TMN Road - The Outsourcing Decision - Infrastructure for DS1 Solutions - Designing for the Optimum Array of Services and Content When You Don't Know What That Is - ADSL & DSL Access Multiplexers: A Managed Technology for Broadband Access - Innovations in Common Channel Signaling - Rapid Service Delivery and Flow Through Service Activation - Implementing THIN: A BellSouth Perspective - The Operations Challenges of Unbundling - Migrating to ATM Wide Area Networks - Outsourcing: A Contractor's Perspective - Two-Way Cable Television System Characterization - Reliable Multiprocessor Platforms - Overt he-Air Service Provisioning - looking for Trouble: Planning for the Unexpected in Speech-Recognition Services - ATM Networks: From Concept to Reality - Acronym Guide "

"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."

"PT. CAC merupakan pendatang baru (new comer) di dibidang Sistem Telekomunikasi Bergerak Seluler (STBS), dimana PT. CAC mendapatkan lisensi pada jaringan DCS 1800 pada Eekuensi operasi uplink 1775-1785 MHZ., downlink 1870-1880 MHz dan WCDMA FDD uplink 1920-1935 MHz dan Downlink 2110- 2125 MHz serta WCDMA TDD uplink dan downlink pada frekuensi 2010 MHz. Sebagai pendatang baru PT.CAC harus melakukan identifikasi dan analisis dari kondisi jaringan existing yang dimiliki oleh tiga operator yaitu PT. Telkomsel, PT. Indosat dan PT. Excelcom dengan memperhatikan kemampuan dan kendala dari intemal dan ekstemal untuk mencapai rencana yang diinginkan dalam bentuk Rencana Induk (Master Plan) yang akan menjadi pedoman dalam pelaksanaan pembangunan dan pengembangan jaringan telekomunikasi dalam jangka waktu 5 tahun untuk meningkatkan produktifitas dan eiisiensi PT. CAC. Berdasarkan hasil analisis kesenjangan (gap analysis) yang mencakup Spesifikasi teknis, infrastruktur dan bisnis, PT. CAC perlu melakukan penggelaran jaringan secara bertahap. Adanya kewajiban PT. CAC untuk mernbangun jaringan pada tahun 2005, maka pembangunan harus dimulai pada tahun 2005 dengan cakupan wilayah awal daerah DKI Jakarta Rencana Induk Perencanaan Jaringan Telekomunikasi PT. CAC mencakup:1. SpesifikasiTelmisKapasitas jaringan telekomunikasi yang dibangun akan memberikan kuali tas sinyal yang lebih baik dari best practice;2. Cakupan JaringanCakupan jaringan akan mancakup wilayah nasional pada akhir tahun 2009 dengan menggunakan jaringan tulang punggung (backbone) yang disewa dan dibangun sendiri di seluruh wiiayah Indonesia;3. InfrastrukturJumlah infiastruktilr yang dibangun sebanyak sites 9.935 sites untuk 2.5G pada akhir tahun 2009 sehingga dapat menjadi operator ke-2 terbesar di Indonesia. Sedangkan infrastruktur untuk 3G sebanyak 300 sites yang colocated dengan 2.5G akan dibangun pada tahun 2006. PT. CAC hams tetap melanjutkan pembangunan ll1&3S\I1.I.k11l1? 3G tanpa perlu menunggu keputusan tender ulang 1isensi3G.4. Peningkatan CAPEX sebanding dengan peningkatan infrastruktur jaringan. Sedangkan peningkatan OPEX tezjadi karena adany faktor penyusutan (depreciation and amortisation) dan faktor pemeliharaan dan perawatan (operation and maintenance);5. Time Frame ImplementasiImplementasi dijadualkan secara ketat dan konsisten untuk mencapai target infrastruktur dengan menggunakan skala prioritas.

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PT. CAC ls a new comer in the mobile communications industry, where PT. CAC have been awarded a licence to operate a DCS 1800 network with its Uplink on 1775-1785 MI-iz frequency band, and Downlink on 1870-1880 MHZ, as well as WCDMA with its FDD Uplink on 1920-1935 MHz and Downlink on 2110-2125 MHz in addition to WCDMA TDD Uplink and Downlink on the 2010 MI-lz frequency. As a new comer, PT.CAC must identify and analyse conditions for existing networks run by the three major operators PT. Telkomsel, PT. [ndosat and PT. Excelcom, paying attention to current capabilities and obstacles both internally and extemally in order to tiillil targets elaborated in its Master Plan, which sets out guidelines in network implementation and development over a 5-year period aimed at enhancing overall productivity and efficiency at PT. CAC. Based on a gap analysis covering specifications on the technical, infrastructure and business perspectives, PT. CAC must roll-out its network in stages. As PT. CAC is under the legal obligation to start building its network in 2005, implementation must commence in 2005 with an initial coverage area spanning the whole DK1 Jakarta. The Master Plan for PT. CAC?s Network Planning covers:

1. Technical Specitications

implemented capacity of telecommunication network will have a better quality compared to the best practice;

2. Network Coverage

National coverage will be achieved in 2008 by using backbone that will be rented and built all over Indonesia.

3. Inlifastructure

The 9.935 sites of 2.5G will be deployed until the end of 2009 then CAC will be the second largest operator in Indonesia. The 300 sites of 3G will be collocated with 2.5G sites, these 300 sites will be deployed in 2006. PT. CAC shall continue the development of 3G infrastructure without waiting for the decision of re-tender of 3G licence by government.

4. CAPEX and OPEX

The CAPEX will increase along with the network irL?&'astructure. The OPEX will increase every year due to depreciation and amortisation and operation and maintenance factor.

5. The Time Frame for Implementation

A tight and consistent schedule of implementation will be applied by using priority scale to pursue the target."

"Contents :- Table of Contents by Author - Acronym Guide - Making DSL Profitable: A Financial Analysis - Wholesale versus Retail: A Comparison of CLEC-DSL Business Models - International Telecom Market Opportunities and Trends - Using a Strong Brand through Retail and E-Commerce to Expand the DSL Market - The ISP Experience in Today's DSL Marketplace - Wholesale versus Retail Model for CLECs - VoDSL: Challenges in the Partnership Model - Automating Loop Management - Mass-Market Solutions for DSL Deployment - Driven Deployment in the New Millennium - ADSL Welcome to the Suburbs! - Enabling Effective DSL Deployment - The Building Blocks of Broadband - Managing for Explosive Digital Subscriber Line Growth - Delivery of ADSL Services in DLC Environments - The Future of Digital Subscriber Line - Lessons learned in Deploying Voice over DSL - DSL Mass Deployment: What You Don't Know Can Hurt You - Deployment Challenges and Solutions - loop-Management Processes for Efficient Customer Activation - DSL Deployment: The ISP Perspective - The Future Broadband Home - Challenges of the Digital loop Carrier - Practical Issues of Delivering Services inside the Customer Premises - Provisioning Broadband Services over DSL - Automated, End-to-End DSL Provisioning: From Loop Qualification to the Backhaul Network - DSL's Effect on ILEC Network Architecture - Connecting to the Network - DSL: A Last-Mile Technology - Access Issues in the Local Loop - Internet via Satellite - Integrated Software-on-Silicon Solutions for Next-Generation DSL CPE - Digital Subscriber Line Fault Localization - i-SLAM: The Next-Generation, IP-Aware, IP-Smart, Intelligent DSLAM - Fiber-to-the-Home Market Trial - Traffic Aggregation and Multiple Application Selection - Residential Broadband: The Move from How It Gets There to What Gets There - Plug-and-Play DSL - Internet Age: Going from Plug and Pray to Plug and Play - Residential Gateways: New Applications for High-Speed Premises Networking - Getting to Plug-and-Play DSL�An SBC Perspective - SelectPlay: Software over Broadband on Demand - Moving toward Plug-and-Play DSL - Always-On DSL Requires Always-On Provisioning - G.shdsl and ETSI SDSL Multirate Symmetric DSLs - HDSL2 Standards Compliance and Interoperability - DSL Spectrum Management - The Interoperability Problem "

"Chapter :- Global OSS Summit 2001 Fontainebleau Hilton Resort, Miami Beach, Florida - GLOBAL OSS SUMMIT 2001 - CONFERENCE SCHEDULE - SESSION PROGRAM - Session Presentations Compendium - Session A1 - Session A2 - Session A3 - Session A4 - Session B1 - Session B2 - Session B3 - Session B4 - Session C1 - Session C2 - Session C3 - Session C4 - Session D1 - Session D2 - Session D3 - Session D4 - Session E1 - Session E2 - Session E3 - Session F1 - Session F2 - Session F3 - Session F4 - Acronym Guide "