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buku pedoman institut teknologi telkom tahun ... - Poltekkes Medan

buku pedoman institut teknologi telkom tahun ... - Poltekkes Medan

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Dengan mengikuti kuliah ini mahasiswa mampu merancang jaringan telekomunikasi dan<br />

keterkaitannya dengan jaringan lain, dan memahami proses pengolahan sinyal informasi dalam<br />

jaringan telekomunikasi secara konsep terhadap system jaringan secara keseluruhan, konsep dan<br />

berbagai jenis manajemen jaringan, dan menganalisis performa dari suatu jaringan, meliputi :<br />

Computer Networks an Introduction; Wide Area network design issues; A system Approach to<br />

network design; Requirment analysis : Concept, Guidelines and Practice; Logical Design :<br />

Technology Choices, Interconnection mechanisms, Network management and Security, ; Network<br />

design : Physical ; Addressing and Routing; Network design and Routing of traffic; TNM concept; IP<br />

based network management : protocol dan algorithm; Queueing network : concept, open network<br />

models, close network models, covolution algorithm, mean value analysis; Switched network :<br />

traffic sources, models, system delays, exchange trunking, multi-stage network; Packet network :<br />

message dan packets, datalink as queue, network delay dan routing, flow control analysis<br />

TE6302/ DISTRIBUTED SYSTEM AND INTER-OPERABILITY<br />

Dengan Kuliah ini mahasiswa diharapkan memahami konsep dan permasalahan yang terjadi dalam<br />

system terdistribusi dan teknik-teknik yang digunakan untuk mengatasinya Characterization of<br />

Distributed Systems: Examples of Distributed Systems, Resource Sharing and the Web Challenges:<br />

System Models: Architectural Models, Fundamental Models: Networking and Internetworking,<br />

Internet Protocols, Interprocess Communication: The APIs for the Internet Protocols, External Data<br />

Representation and Marshaling, Client-Server Communication, Group Communication, Case Study :<br />

Operating System Support: Layers, Protection, Process and Thread, Communication and<br />

Invocation, Architecture. Security: Distributed File Servers: Service Architecture, Sun Network File<br />

System, The Andrew File System. Service: Name Service and the DNS, Directory and Discovery<br />

Service, Case Study of the Global Name Service, Case Study of the X.500 Directory Service. Time<br />

and Global States: Clocks, events, and Process States; Synchronizing Physical Clocks, Global States,<br />

Distributed debugging. Coordination and Agreement: Distributed Mutual Exclusion, Election,<br />

Multicast Communication, Consensus and Related Problems. Transaction and Concurrency Control:<br />

Distributed Transaction: Replication: System Model and Group Communication, Fault Tolerant<br />

Services, Highly Available Service, Transaction with Replicated Data. Distributed Multimedia<br />

System: Distributed Shared Memory: Design and Implementation Issues, Sequential Consistency<br />

and Ivy, Release Consistency and Munin, Other Consistency Models.CORBA Case Study: CORBA<br />

RMI, CORBA Services.<br />

TE6402/MOBILE COMMUNICATION NETWORK AND MOBILITY<br />

Dengan mengikuti kuliah ini mahasiswa dapat melakukan analisis perbandingan <strong>teknologi</strong> jaringan<br />

komunikasi bergerak serta merencanakan berbagai macam jaringan komunikasi bergerak dan<br />

layanannya, dengan mempertimbangkan aspek mobilitas pelanggannya. Mula-mula yang dipelajari<br />

tentang sejarah, evolution of Mobile celluler system, spectrum allocation, celluler system in Europe,<br />

USA, Japan, etc. Kemudian Celluler concept : cell planning, coverage, propagation aspects, accesss<br />

techniques,et, Mobile comm. Architectures: (Architecture of AMPS dan NADC, arch. of GSM dan its<br />

derivatives, eg. GPRS, DCS1800, etc., arch. of PDC dan PHS, arch. of IS-95, CDMA2000 and W-<br />

CDMA system, Components of Mobile Comm. Networks (MCN) and its functionality, Traffic analysis<br />

and Channel assignment; traffic model dan formula, capacity analysis, switching mechanism,<br />

interconnection, routing and roaming management, sharing BW, fixed and dynamic channel<br />

assignment, Hand Over, Concept of Mobility: characteristic of users mobility, area division of MCN,<br />

mobility scenario, Cell area, routing area, location area, etc, Mobility management: location<br />

updating, routing schemes, mobility management procedures, associate signaling flows, Intelegent<br />

Network application: (ATM for MCN, AIN, HCS, HSS, cell splitting, etc) dan Mobile IP<br />

TE6502/MOBILE RADIO ENGINEERING AND PLANNING<br />

172<br />

Bab III Silabi Mata Kuliah

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