TR5 english


List of courses

Elec5, semester 9, TR5 — Telecommunications and Network Major

  1. Networks (EP5EUE41, 6 ECTS, 64h)
    1. Network design — Part II (EP5EU411, 14h C)
      • TCP/UDP/IP. LAN’s 802.X, point to point data links.
      • ATM: technology and protocol
      • Local network design: cabling system, L2/3 switching, architecture models, high availability.
    2. Telecom networks (EP5EU412, 18h C, 32h L)
      • Telecommunication networks (12h C)
        • General organization (a PSTN).
        • Basic rules for call routing and traffic management.
        • Switching techniques.
        • Switching: functional organization.
        • Transmission techniques.
        • Evolution on techniques and networks.
        • Services for telecom operators and companies.
      • Commun channel signaling — smart network (6h C)
        • Basics on signaling.
        • The common channel signaling: ITU No.7.
        • Signaling networks.
        • Intelligent network: services and structure.
        • The INAP protocol: SSP and SCP dialogue.
        • An intelligent structured network: the mobiles network.
      • Labs (28h L)
        • Configuration and implementation of Ethernet / TCP/IP Local Area Network (LAN).
        • TCP/IP routing practical by RIP and OSPF protocols implementation.
        • WAN network simulation using Frame Relay, TCP/IP, RIP and OSPF protocols.
        • WiFi Local Area network (WLAN) implementation connected to a wired Ethernet / TCP/IP Virtual Local Area Network (VLAN).
  2. Wireless telecommunication (EP5EUE42, 6 ECTS, 66h)
    1. Microwave links (EP5EU421, 7,5h C, 7,5 T)
      • Satellite telecommunications.
      • Budget link.
      • Thermal noise for low-noise systems. Calculation of C/No. AMRF, AMRT.
      • Frequency repartition.
      • Optimal length of a satellite link.
    2. Mobiles networks (EP5EU422, 21h C)
      • The GSM System: general and historical presentation.
      • Mobility and security.
      • Management, interfaces and signalization protocols.
      • Radio interface, Radio engineering, frequency management, SMS.
      • The GSM evolutions: GPRS, EDGE, packet data transmission.
      • The UMTS standard: network elements and interfaces.
      • Radio subsystem.
      • Mobility management, quality of services and performances.
      • HSDPA.
    3. Information Theory (EP5EU423, 7,5h C, 7,5h T)
      • Information theory, information quantity, channel capacity.
      • Source coding, redundancy and compression.
      • Shannon–Fano, Huffman, Lempel-Ziv and RLE algorithms.
      • Canal coding, errors detection and correction.
      • Hamming distance and code.
      • Convolutional coding and Viterbi algorithm.
      • Cyclic codes, polynomial encoding and error detection.
    4. Antennas (EP5EU424, 7,5h C, 7,5h T)
      • Introduction
      • Electromagnetic radiation
      • Antennas in transmission
      • Antennas in reception
      • Antenna simulation
      • Antenna measurement
  3. Telecommunications and computer language (EP5EUE43, 3 ECTS, 50h)
    1. Téléinformatique (EP5EU431, 14h C)
      • The Data Link
        • DTE: Data Terminal Equipment
        • DCE: Data Circuit Equipment
        • ERBdB & MoDem
      • Digital codes
        • NRZ Bipolary order 2
        • Biphase diff.
        • AMI
        • HDB3
        • 4B3T
        • 2B1Q
      • The modulations
        • Amplitude
        • Frequency
        • Phase
        • QAM
      • Data Junctions - The 3 standards of the junction
        • Mechanic
        • Functional
        • Electric
      • Data link Description: Link establishment Diagram
      • Clock Synchronization TD / RD
        • Synchronous Transmission
        • Asynchronous Transmission
      • Lab 1: Creation of V24 crossed link (RS232), Link Test
      • Lab 2: ERBdB configuration
        • Diagnostic and default Test
        • Link Qualification: Error rate Test
      • Synchronous / asynchronous Converter
      • Flow Control
        • Software: Xon / Xoff
        • 105/106
        • Hardware: 108/107
      • Pseudo-modem
    2. Java Language (EP5EU432, 36h T)
      • Object programming concepts and introduction to Java
      • Basic types and statements
      • Array, Inheritance – Classes/Interfaces. Exception – I/O.
      • Graphical Interfaces
      • Threads + Animation.
      • Communication – Network
      • Databases and JDB
  4. Telecommunication circuits and protocols (EP5EUE44, 3 ECTS, 30h)
    1. Communication circuits (EP5EU441, 12h L)
      • Transmission medium
      • Baseband transmission
      • Broadband transmission
      • Electrical interface
      • Asynchronous transmission
      • Synchronous transmission
      • Error Control
      • Data transfer control protocol
      • Medium access protocol
    2. SDH-PDH-ADSL-ISDN (EP5EU442, 12h L)
      • Communications system hierarchy
      • Asymmetric link
      • Integration services concept and evolution
      • The new technologies
      • Network architecture
      • Different kind of ISDN access, the ISDN model (lows layers), protocol analysis
    3. Full IP (EP5EU443, 6h L)
      • Telephony over IP
      • LAN data networks
      • Deployment methodology
  5. Labs — CAD — Measurements (EP5EUE45, 2 ECTS, 30h)
    1. CAD HP-ADS (EP5EU451, 15h L)
      • Introduction
      • AC/DC simulations
      • S-Parameter simulations
      • Harmonic Balance simulations
      • Circuit envelope simulations
      • System simulations
    2. Telecommunications (lab) (EP5EU452, 15h L)
      • Delta modulation.
      • Antennas.
      • Simple digital modulations: ASK, PSK, FSK.
      • Vector (M-ary) digital modulations.
      • Baseband transmission.
      • 6. High-frequency circuits.
  6. RF Microelectronics (EP5EUE46, 3 ECTS, 37,5h)
    1. Radio frequency microelectronics (EP5EU461, 22h L)
      • Functional architectures transceivers
      • Evolution of technologies
      • CAD tools
    2. Spectre RF labs (EP5EU223, 15h L)
      • Introduction to the SpectreRF simulator
      • Low-noise amplifier simulation tutorial
      • Design and optimization of an RF amplifier
  7. Telecom projects (EP5EUE47, 3 ECTS, 55h)
    1. Telecom project (EP5EU471, 25h L)
      Design of a Wlan network
      • Design of all the different circuits with HP-ADS (topic can be changed each year).
      • Fabrication.
      • Test.
    2. Spatial domain project (EP5EU472, 12h C, 12h L)
      Conception d’un réseau Wlan
      • Introduction
        • Technical product conception and development in space sector: Theoretical and practical knowledge on the techniques and conception problems in spatial telecommunication and project management (organization, structuration, progress development, monitoring, control, …).
    3. RFID project (EP5EU473, 12h C, 18h L)
      • RFID basics
      • Design of radiating elements for specific RFID application
  8. The professional environment and technical training (EP5EUE48, 4 ECTS, 52,5h)
    Common Course ELEC5
    1. Professional environment (EP5COIMP, 30h C)
      • Recruitment
        • Preparation
        • Individualized advices
      • Industrial policy
      • Labor law
        • Work contract
        • Personel
      • Trade negotiation
      • Strategy of firm
        • The main strategies
        • Matrix of analyses of strategic wallet
    2. LV2: foreign language (EP5COLV2, 22,5h C)
    3. Technical training validation (EP5COVST, HNE 8 weeks)