Mobile Technologies: Consumer Perspective 1 Mobile Technologies and their evolution Eid Al Nakib

Slides:



Advertisements
Similar presentations
Mobile Cellular Networks Evolution –1st generation, 1980s analogue voice –2nd generation 1990s digital Voice, fax data 95% coverage of UK by 1991 –3rd.
Advertisements

Islamic University-Gaza Faculty of Engineering Electrical & Computer Engineering Department Global System for Mobile Communication GSM Group Alaa Al-ZatmaHosam.
GSM Network. GSM-Introduction Architecture Technical Specifications Frame Structure Channels Security Characteristics and features Applications Contents.
GSM Adapted from Acoe 422. History of GSM  During the 80s, analog cellular systems experienced rapid growth in Europe, yet they were incompatible.
GSM (GLOBAL SYSTEM FOR MOBILE COMMUNICATION) Submitted to :-> MR. Ajmer Submitted by :-> HIMANI, POOJA (11 A) IP PROJECT WORK III Term SESSION –
By Neha choudhary Asst.Professor CSE/IT LHST-A.  GSM-Introduction  Architecture  Technical Specifications  Characteristics and features  Applications.
Telefónica Móviles España GPRS (General Packet Radio Service)
Sami Alanazi Net-535 –Fall 2013 Princess Nora University.
GSM Security Overview (Part 1)
GSM – GLOBAL SYSTEM FOR MOBILE COMMUNICATION Debby Nahl Fall 2004.
Mobile Handset Cellular Network Basics + GSM. Cellular Network Basics There are many types of cellular services; before delving into details, focus on.
MOBILE PHONE ARCHITECTURE & TECHNOLOGY. HISTORY  The idea of the first cellular network was brainstormed in 1947  Disadvantages  All the analogue system.
Comparing the two most prevalent mobile communication technologies
TEL 355: Communication and Information Systems in Organizations
 The GSM network is divided into two systems. each of these systems are comprised of a number of functional units which are individual components of the.
Evolution from GMS to UMTS
GSM-Introduction Architecture Technical Specifications Frame Structure Channels Security Characteristics and features Applications.
TDMA and GSM Union University Knowledge Set. Agenda TDMA Technology GSM Technology TDMA vs GSM TDMA Conversion The 3GSM Evolution Glossary of Terms.
85/06/15 Mahdi Niamanesh 1 Messaging Future Mahdi Niamanesh Sharif Univ. of Technology 85/08/10.
SEMINAR ON “ GPRS “ GPRS- General Packet Radio Service provides a direct link into the Internet from a GSM phone Downloaded From Projectsbhangar.com.
Wireless Networks Instructor: Fatima Naseem Computer Engineering Department, University of Engineering and Technology, Taxila.
Maulana Azad National Institute of Technology,Bhopal Department of Computer Science & Engineering GSM Guided By: Mrs. NAMITA TIWARI Presented By: Priyanka.
 Global System for Mobile Communications (GSM) is a second generation (2G) cellular standard developed to cater voice services and data delivery using.
GSM: The European Standard for Mobile Telephony Presented by Rattan Muradia Requirement for course CSI 5171 Presented by Rattan Muradia Requirement for.
Members of our Presentation  (Bsts09-08) Hafiz Umer Ejaz  (Bsts09-09) Rai-Habib Ullah  (Bsts09-31) M.Arsalan Qureshi  (Bsts09-32) Shoaib Ansari 
General Packet Radio Service
GSM,GPRS & CDMA Technology
CDMA Power Control, Smart Antenna. Power Control in CDMA All the mobiles communicate on the same frequency. Therefore, internal interference is developed.
CDMA Network Structure and Components Lance Westberg.
GSM Network Structure Lance Westberg.
Presentation by Papua New Guinea Telecommunication & Radiocommunication Technical Authority (PANGTEL) For: PNG COMPUTER SOCIETY ANNUAL SEMINAR, 4th November.
GSM TOWARDS LTE NETWORKS Lecture # 2. CELLULAR GENERATIONS First Generation Wireless : Analog Second Generation Wireless (2G): Digital Second Generation.
MOBILE COMMUNICATION G.S.M. & G.P.R.S.. Evolution of mobile telephone systems Cellular subscriber growth worldwide Currently more than 45 million cellular.
Network components of the Switching Subsystem The switching Subsystem comprises the following subsystems. MSC (Mobile Switching Centre) HLR (Home location.
MOBILE DATA SERVICES AT THE BORDER OF 2G AND 3G NETWORKS Research Seminar on Telecommunication Business II 16 March 2004 István DUDÁS.
Why do we need packet data ? In Circuit Switched Data, the data rate and delay can be guaranteed and therefore is ideal for real time services such as.
Presented by : Suparna Vadlamudi Vineela Solipuram Archana Paaka Presentation on IS-41.
Mobile Telephone System And GSM Security. The Mobile Telephone System First-Generation Mobile Phones First-Generation Mobile Phones Analog Voice Analog.
GSM – formerly: Groupe Spéciale Mobile (founded 1982) – now: Global System for Mobile Communication – Pan-European standard (ETSI, European Telecommunications.
GSM Network Architecture
A SEMINAR REPORT ON CELLULAR SYSTEM Introduction to cellular system The cellular concept was developed and introduce by the bell laboratories in the.
Overview of cellular system
Communication Protocol Engineering Lab. Hyoung Joo. Nam. 1 GSM System Overview Wireless and Mobile Network Architecture Nam Hyoung-Joo
(Global System for Mobile Communication)
Cellular Networks 1. Overview 1G Analog Cellular 2G TDMA - GSM 2G CDMA - IS G 3G 4G and Beyond Cellular Engineering Issues 2.
GPRS General Packet Radio Service Shay Toder – Ori Matalon The Department of Communication System Engineering Ben-Gurion University June 19, 2002.
COMPUTER NETWORKING 2 LECTURE : CELLULAR NETWORKS.
DWAN ALSTON SMS TECHNOLOGY WHAT IS SMS????? SMS stands for Short Message Service. It is a technology that enables the sending and receiving of messages.
1 Wireless Networks Lecture 16 GSM: Global System for Mobile Communication Dr. Ghalib A. Shah.
Mobile Computing - Unit II. UNIT - II Introduction:  The analog mobile systems were originally targeted for a relatively select group of users who mostly.
1 Lecture 19 EEE 441 Wireless And Mobile Communications.
Presentation on GSM Network. By. P. Victer Paul Dear, We planned to share our eBooks and project/seminar contents for free to all needed friends like.
Cellular Network Base stations transmit to and receive from mobiles at the assigned spectrum Multiple base stations use the same spectrum The service area.
1 Wireless Networks Lecture 17 GPRS: General Packet Radio Service (Part I) Dr. Ghalib A. Shah.
EDGE TECHNOLOGY AN EVOLUTION IN MOBILE TECHNOLOGY PRESENTED BY KIRAN KUMAR.
A PRESENTATION ON VOCATIONAL TRAINING IN BSNL. 2 3-Jul-16 GSM (Global System For Mobile Communication) The Global System for Mobile communications (GSM:
Mobile Communications: Wireless Telecommunication Systems  Market  GSM  Overview  Services  Sub-systems  Components.
5 G.
Wireless Network PMIT- By-
GLOBAL SYSTEM FOR MOBILE COMMUNICATION
GPS.
GSM.
GSM SECURITY AND ENCRYPTION
GSM,GPRS & CDMA Technology
GSM – GLOBAL SYSTEM FOR MOBILE COMMUNICATION
GPRS GPRS stands for General Packet Radio System. GPRS provides packet radio access for mobile Global System for Mobile Communications (GSM) and time-division.
Subject Name : Wireless Communication Subject Code:10EC81
Global system for Mobile Communications
GSM – GLOBAL SYSTEM FOR MOBILE COMMUNICATION
Dept. of Business Administration
Presentation transcript:

Mobile Technologies: Consumer Perspective 1 Mobile Technologies and their evolution Eid Al Nakib

Mobile Technologies: Consumer Perspective 2 GSM Evolution GSM: Stands for Global System for Mobile Communication. The proposed system had to meet certain criteria: Good subjective speech quality Low terminal and service cost Support for international roaming Ability to support handheld terminals Support for range of new services and facilities Spectral efficiency ISDN compatibility voice, fax, SMS and Data transmission

Mobile Technologies: Consumer Perspective 3 GSM Evolution  GSM networks would enhance packet data services primarily in three (four) phases  General Packet Radio Services(GPRS) refers to the first phase of GSM network architecture enhancements that allow mobiles to connect to IP or X.25 based networks.  The GSM/GPRS network architecture will further evolve to support Enhanced Data Rates for GSM Evolution (EDGE), which provides significant improvements over GPRS.

Mobile Technologies: Consumer Perspective 4 GSM Supplementary Services - I Advice of Charge: provides the mobile subscriber with an estimate of the call charges Call Forwarding: This service gives the subscriber the ability to forward incoming calls to another number Barring of outgoing calls: This service makes it possible for a mobile subscriber to present all outgoing calls Barring of incoming calls: This function allows the subscriber to prevent incoming calls Call Hold: This service enables the subscriber to interrupt an ongoing call and then subsequently reestablish the call

Mobile Technologies: Consumer Perspective 5 GSM Supplementary Services- II Call Waiting: This service enables the mobile subscriber to be notified of an incoming call. The subscriber can answer, reject, or ignore the incoming call Explicit Call Transfer Multiparty Service: The multiparty service enables a mobile subscriber to establish a multiparty conversation-that is, a simultaneous conversation between three and six subscribers Closed user groups (CUGs): CUGs are generally comparable to a PBX. They are a group of subscribers who are capable of only calling

Mobile Technologies: Consumer Perspective 6 GSM -> GPRS -> EDGE -> CDMA

Mobile Technologies: Consumer Perspective 7 Evolution Toward Third Generation Wireless Networks 1-G / 2-G: Capable of providing voice and low-rate data networks while air interfaces are inadequate for satisfying the high data rates specified. 3-G requirements: High data rates and QoS metrics. GSM is far the most popular standard in the World and particularly

Mobile Technologies: Consumer Perspective 8 GSM Services - Phase 1

Mobile Technologies: Consumer Perspective 9 GSM Services - Phase 2

Mobile Technologies: Consumer Perspective 10 GSM Services - Phase 2+ Primarily concerned with the improvement of Bearer (data!) services –Full data 14.4 kb/s –High Speed Circuit Switched Data (HSCSD) –General Packet Radio Service (GPRS) Some additional supplementary services also specified

Mobile Technologies: Consumer Perspective 11 GPRS Vs. EDGE General Packet Radio Services Allows GSM mobile subscribers to connect to an IP- based or X.25-based network. new network elements are introduced with GPRS to the GSM architecture Enhanced Data Rates for GSM Evolution (EDGE) EDGE reuses the GSM/GPRS time slot structure 200 kHz carrier and multi-slot operation allow service providers to deploy EDGE transceivers among existing GSM/GPRS transceivers. Adaptive radio link protocol will be employed to take advantage of the better channel quality.

Mobile Technologies: Consumer Perspective 12 GPRS MS –Two Components –Mobile Terminal (MT) –SIM card –Three Classes of terminal –Class A - simultaneous circuit switched (GSM) and packet switched (GPRS) traffic –Class B- supports both GSM and GPRS connections but not both at the same time. One call is suspended for the duration of the other –Class C - handless both GPRS or GSM but can only be connected to one at the same time.

Mobile Technologies: Consumer Perspective 13 Architecture of a GSM Network

Mobile Technologies: Consumer Perspective 14 What the names mean MS: Mobile Station BTS: Base Transceiver Station BSC: Base Station Controller HLR: Home Location Register VLR: Visitor Location Register MSC: Mobile Switching Centre BSS: Base Station System EIR: Equipment Identity Register SIM: Subscriber Identity Module IMEI: International Mobile Equipment Identity GMSC: Gateway Mobile Switching Centre AuC: Authentication Center

Mobile Technologies: Consumer Perspective 15 CDMA BASICS CDMA (Code Division Multiple Access) splits calls into fragments and send them over different frequencies simultaneously The use of multiple frequencies gives CDMA effective protection against interference and lost calls CDMA supports true packet switching and does not use time slots, therefore is more bandwidth efficient than TDMA -- also a more direct path to 3G Current CDMA penetration in the world market is about 27%

Mobile Technologies: Consumer Perspective 16 Overview of cdma2000-1x System CDMA is a new mobile communication mode. CDMA digital mobile communication network can satisfy the requirements of the second- generation mobile communication system for subscriber capacity and narrow-band services. It can also transmit smoothly to the third- generation mobile communication system Compared with GSM mobile communication system CDMA mobile communication system provides obvious technical advantages for the operator, CDMA mobile communication system provides high frequency usability fine coverage and convenient frequency planning. For CDMA mobile communication system provides fine voice quality subscribers low disconnection rate, small transmission power and strong security. CDMA2000 is the 3rd generation successor to IS-95 networks It provides up to twice the capacity of earlier CDMA systems, with peak data rates of up to kbps in Release 0, planned to increase to kbps in Release A.

Mobile Technologies: Consumer Perspective 17 cdma2000-1x System Solution Benefits End to End Overall System Solution, Perfect Services Provided >> Large Capacity, High Reliability, Flexible Configuration >> Abundant Protocols Supported, Flexible Networking Modes >> Provide Custom-built Services According to the Requirements of Operators >> Support R-UIM Completely >> Lower costs to upgrade/add capacity cdma2000-system services capability >> Common Telephone Services >> Voice Mail Services >> Fax Services >> Alternating Voice and Fax Bearer Services >> bit/s Asynchronous Data >> bit/s Packets Data Alternating Voice and bit/s Data

Mobile Technologies: Consumer Perspective 18 3G Systems Overview 3G Migration SOURCE: CDMA Development Group (CDG) CDG Migration DiagramCDG Migration Diagram

Mobile Technologies: Consumer Perspective 19 Why do carriers want to move to 3G? Faster speeds--able to handle more calls Efficiencies in data handling (Integration with the Internet technologies) More capable, multi-media handsets and devices Global interoperability and roaming* Advanced services and more profitable revenue opportunities**

Mobile Technologies: Consumer Perspective 20 3G - UMTS

Mobile Technologies: Consumer Perspective 21 Supplementary Services >> Call Forwarding-Unconditional (CFU) >> Call Forwarding-No Answering (CFNA) >> Call Forwarding-Busy (CFB) >> Call Forwarding-Default (CFD) >> Call Waiting (CW) >> Three-Way Call (3WC) >> Calling Name Identification Presentation (CNIP) >> Calling Name Identification Restriction (CNIR) >> Do Not Disturb (DND) >> Call Transfer (CT) >> Voice Message Retrieval (VMR) >> Message Waiting Notification (MWN) >> Conference Calling (CC) >> Voice Message Retrieval (VMR) >> Message Waiting Notification (MWN) >> Conference Calling (CC) >> Subscriber PIN Access (SPINA) >> Subscriber PIN Intercept (SPINI) Short Message Services

Mobile Technologies: Consumer Perspective 22 1)Basic Services >> User Examination >> Message Submitting and Forwarding >> Repeated Forwarding Attempts >> Message Priority Management >> Message Validity Management >> Message Transmission Status Report >> Chinese Message >> Virtual Short Message Center >> Manual Joint >>.Automatic Joint 2) Expanded Services >> Multiple Destination Sending >> Transmitting of User Defined Messages >> Payment Prompt >> Secretary Service Short Message Services

Mobile Technologies: Consumer Perspective 23 >> Mobile >> Stock Information on Demand >> Comprehensive Information on Demand Voice Mail Service >> Initiative Leaving Message >> Forward Call Leaving Message >> Short Message Notification >> Listening to Voice Message >> Replying Voice Message >> Forward Voice Message >> Build on Web Function Intelligent Services >> Pre-Paid Charging Service >> Wireless Virtual Private Network >> Wireless Freephone Services >> Flexible Routing and Charging >> Rejection of Undesired Annoying Calls >> Advice of Charge >> Premium Rate Charging

Mobile Technologies: Consumer Perspective 24 G-points in Mobile History 1G Analog -voice only -inflexible -not optimized -very transparent 2G Digital/Analog -voice (data) -inflexible -optimized -transparent 2.5G Digital -voice + data -flexible -optimized -transparent 3G Digital -data + voice -very flexible -‘optimisable’ -not transparent 3.5G Digital -more data (IP) -very flexible -‘optimisable’ -not transparent 4G digital/analog? -even more data -very flexible -‘optimisable’ -transparent

Mobile Technologies: Consumer Perspective 25 3rd Generation Wireless Vision Extends current data applications & devices Enables breakthrough data services Web Browsing E-Commerce Telemetry Vertical Solutions Vehicle Location Messaging Full Web browsing w/ Attachments Richer E-Commerce Multimedia Messaging Streaming Audio & Video Online Games Video Telephony Music Download 2nd Generation 3rd Generation 9.6 Kbps28.8 Kbps 384 Kbps

Mobile Technologies: Consumer Perspective 26 New Phones Have MMS, WAP, Java (GSM) or BREW (CDMA) 400 million plus in 2005