Fundamental of Data & Voice Communication Network Infrastructure

Fundamental of Data & Voice Communication Network Infrastructure
(Organizer : Fiqry Jaya Manunggal)

Date :
Monday, 18-12-2006 until Friday, 22-12-2006
08:00 - 17:00

Venue :
Holiday Inn Hotel
Jl. Ir. H. Juanda No. 33
Bandung, INA

Fee :
Rp 7.950.000,-

Seminar/Conference Description :
BACKGROUND
No company can live without telecommunication. Telecommunication refers to not only voice but also the most important thing nowadays is data communication. It plays critical role to support day to day business activity. On the other hand, the telecommunication technology moves rapidly. In order to have good communication, the infrastructure is the key factor to generate reliable communication system.

This 3-day training will improve participant's knowledge and skills about the most updated technology used in the market

Who Should Attend? :

  • Manager, Superintendent, Engineer, Supervisor in the field of Telecommunication and Information Technology System
  • Everybody who wants to take benefit from this course are recommended to attend this valuable course

Speaker :

  1. Hendrawan, MSc, Ph.D, Ir.
    is a lecturer at Telecommunication Engineering Department of ITB (Bandung Institute of Technology). He received his master degree in 1990 and Ph.D degree in 1994 both from University of Essex, UK. His expertise is telecommunication and information system, and electronic system engineering. To sharpen his knowledge and expertise he also got chances to overseas training such as Digital Signal Processing at University of Karlsruch, Austria (1988), Neural Network and Image Communication at Essex summer course UK (1991), NATO Advance Study Institute School on Image Processing and Pattern Recognition at Bonas France (1992), Digital Telecommunication Technology at AOS Japan (1997), and OPNET Network Modeling and Simulation Tool (1997). As well as education experience he also has much practical and professional works i.e. Interconnection Analysis Team for Exelcomindo & Satelindo, Team for SS7 Implementation & Evaluation at PT. Telkom, Switch Development at PT. INTI Bandung, Micro Demand Resear
  2. M. Ridwan Effendi, MA.Sc, Ir.
    was graduated from Electrical Engineering Department of ITB Bandung in 1987. He then continued to study at University of Waterloo Canada and received his master degree in 1993. He gives public course and in-house course in Telecommunication Engineering and Application at Department of Post and Telecommunication of Indonesia and PT. Telkom. As well as a lecturer at Telecommunication Department of ITB he actively conducts research, and publishes a papers such as Implementation of Viterbi Algorithm on FPGA, Adaptive VHF Antenna Implementation, Design of Power Amplifier for Satellite Communication System, Implementation Strategy of WLL in Indonesia, IP Traffic over Wireless Assessment, Wireless ATM with physical Layer CDMA.

Outline :

  1. Circuit Switch and Packet Switch Principles and Network
    1. Principles of Circuit Switch and Packet Switch
    2. Characteristic of Circuit Switch and Packet Switch Network
    3. Advantage and Disadvantage of Circuit Switch and Packet Switch
  2. Communication Systems and Network Topology
    1. Elements of Communications Systems
    2. Network Topologies
    3. Performance of Communications Systems
  3. Switching Hierarchy
    1. Hierarchy in Switching
    2. Call Procedures
  4. PABX Technology
    1. Principles of Time Switch, Space Switch
    2. Examples of Switching Technologies
    3. Principles of Soft-switch
  5. Voice and Data Sources
    1. Sources of Voice and Data
    2. Characteristic of Sources
  6. Coding Schemes of Voice and Data : PCM-30, ADPCM, CELP, H.323 and more
    1. Analog System
    2. Digital System
      • Analog to Digital Conversion
      • Source Coding
      • Channel Coding
  7. Local Area Network, Intranet, and Internet
    1. Principles of LAN
    2. Network Topologies
    3. Principles of Intranet and Internet
  8. VoIP principles and Network
    1. Coding of Voice
    2. Principles of VoIP
    3. VoIP Network
  9. Network Management System
  10. Traffic Theory and Measurement
    1. Queuing System
    2. Statistical Models
    3. Measurements of Traffic
  11. Network Planning and Dimensioning
    1. Network Planning
    2. Dimensioning
  12. Mobile Voice and Data Communication Principles and Network : GSM, CDMA
    1. Network Topology
    2. Principles of GSM Network
    3. Principles of CDMA Network
    4. Call Procedure
    5. Data transmission through wireless network
  13. Case study

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Posted by wishmaster, Thursday, December 7, 2006 11:15 PM

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