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Abstrak :
ABSTRAK
Multi Criteria Decission Analisys (MCDA) semakin sering digunakan sebagai alat bantu untuk mengevaluasi alternatif dalam mencapai tujuan organisasi. Saat ini proses pengambilan keputusan menjadi lebih kompleks karena adanya beragan kebutuhan dalam organisasi dan semakin banyaknya alternatif solusi dengan keunggulan dan kekurangan yang beragam. Metode MCDA dapat membantu pengambil keputusan untuk menyeleksi dan membuat urutan alternatif terbaik melalui proses yang sederhana dan sesuai dengan tujuan organisasi . ELECTRE (ELimination and Choice Expressing REality) adalah salah satu dari metode MCDA yang mampu memilah dan mengurutkan alternatif terbaik di antara banyak alternatif dengan aspek subyektifitas yang minim dibandingkan dengan metode lainnya.

Sebuah model seleksi dengan metode ELECTRE selanjutnya dikembangkan untuk memilah dan mengurutkan sistem telekomunikasi yang digunakan di industri hulu migas lepas pantai. Industri ini memiliki kompleksitas tinggi dalam penentuan sistem telekomunikasinya, sehingga diperlukan prosedur seleksi yang sistematis untuk memperoleh sistem yang paling optimum. Hasil seleksi menggunakan Model ELECTRE telah menunjukkan bahwa sistem telekomunikasi yang terpilih adalah sistem yang paling efisien (biaya terendah dan kualitas tertinggi) di antara alternatif lainnya.

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ABSTRACT
Multi-Criteria Decision Analysis (MCDA) has become extensively used as a tool for evaluating alternatives to achieve organization objective. Today, making decision is more complex because of multiple needs in the organization and the varying of altentative’s primacy and shortage. The MCDA methode can help decision maker to sort and rank the best alternatives appropriate with organization objectives in simple process. ELECTRE (ELimination and Choice Expressing REality) is one of MCDA methode that able to sort and rank the best alternatives among many alternatives in less subjective preference compare to other methodes.

A selection model with ELECTRE methode was developed to sort and rank applicable telecommunication systems in offshore upstream oil and gas industries. This industry is having high complexity in telecommunication system requirement, and required a systematic selection procedure to get the optimum system. The result of ELECTRE model has shown that the selected telecommunication systems are the most efficience systems (less cost and higher quality) among other alternatives.

Abstrak :
This book covers some of the major issues facing telecommunications network engineers and managers today. Topics covered include network planning for transmission systems, modelling of SDH transport network structures and telecommunications network design and performance modelling, as well as network costs and ROI modelling and QoS in 3G networks. This practical book will prove a valuable resource to network engineers and managers working in today's competitive telecommunications environment.

Abstrak :
Contents : - About the Authors - Table of Contents - I. EXECUTIVE SUMMARY - II. INTRODUCTION - SECTION 1: TECHNOLOGICAL DEVELOPMENTS - SECTION 2: NEW PRODUCTS AND SERVICES - SECTION 3: FUTURE INDUSTRY STRUCTURE - SECTION 4: ECONOMIC FACTORS AFFECTING PROVIDERS - SECTION 5: STANDARD-SETTING - SECTION 6: REGULATION AND POLICY - SECTION 7: ECONOMIC AND SOCIAL IMPACT - SECTION 8: COMPETITIVE TACTICS - APPENDIX I: QUALITATIVE RESPONSES TO FIRST-ROUND DELPHI QUESTIONNAIRE - APPENDIX II: SECOND-ROUND DELPHI QUESTIONNAIRE

Abstrak :
Contents : - Part I:Overview - High-Speed I/O Design and Test Review:From the Perspectives of Moore is Law and Multiple Gbps Data Rates - Part II:System Architecture and Performance - Transfer Functions for the Reference Clock Jitter in a Serial Link: Theory and Applications - Channel Compliance Testing Utilizing Novel Statistical Eye Methodology - Advances in High-Speed Design in Dispersively Attenuating Environments Such as Cables and Backplanes - Part III:Design Simulation and Modeling - Static Crosstalk Analysis - Modeling Loss and Jitter in High-Speed Serial Connects - Design and Modeling Methodology for High-Performance Power Distribution Systems - Source Synchronous Bus Design and Timing Analysis for High-Volume Manufacturable System Interconnects - Part IV:Design for High Performance - Eye Opening Techniques Enabled by Dispersion Compensation - Maximizing 10-Gbps Transmission Path Length in Copper Backplanes with and without Transceiver Technology - How to Make Optimal Use of Signal Conditioning in 40-Gbps Copper Interconnects - Design of a 6.25-Gbps Backplane SerDes with Top-Down Design Methodology - A Flexible Serial Link for 5-10 Gbps in Realistic Backplane Environments - Part V:Characterization and Test - Signal Integrity and Jitter:How to Measure Them Correctly - A Statistical and System Transfer Function Based Method for Jitter and Noise in Communication Design and Test - Total Jitter Measurement at Low Probability Levels,Using the Optimized BERT Scan Method - Comparison and Correlation of Signal-Integrity Measurement Techniques - Performance Evaluation of High-Speed Serial Links - Physical-Layer Design and Characterization of a 3.2 Gbps/Pair Memory Channel - Acronym Guide