Mobile Communication and Mobile Computing1 Mobile Communication.

Slides:



Advertisements
Similar presentations
Sideseadmed, probleemid ja lahendused (2) Avo Ots 13. märts 2006.
Advertisements

CeBIT 2002 Hanover, 13 to 20 March 2002 How it all started How it all started The DECT Standard Presented by Dr. Heinz Ochsner, Secretary DECT Forum What.
BLUETOOTH TM :A new radio interface providing ubiquitous connectivity Jaap C.Haartsen Ericssion Radio System B.V IEEE.
Wireless Network Taxonomy Wireless communication includes a wide range of network types and sizes. Government regulations that make specific ranges of.
CECS 474 Computer Network Interoperability Notes for Douglas E. Comer, Computer Networks and Internets (5 th Edition) Tracy Bradley Maples, Ph.D. Computer.
Mobile Communications: Wireless LANs Mobile Communications Chapter 7: Wireless LANs ª Parte - Bluetooth.
CPET 260 Bluetooth. What is Bluetooth? Not IEEE (Wi-Fi) or HomeRF Originally designed to replace wires Short-range, lower-power wireless technology.
45 nm transistor 45nm =.045um (microns)= 450 Angstroms.
1 Pertemuan 5 Networking Fundamentals Matakuliah: M0284/Teknologi & Infrastruktur E-Business Tahun: 2005 Versi: >
BLUETOOTH.
By: Trevor Parker, Minh-Tri Le. Bluetooth is a wireless technology that is a low-cost, low-power, short-range radio for ad-hoc wireless communication,
COSC Wireless Networks Bala Kalyanasundaram.
 Global System for Mobile Communications (GSM) is a second generation (2G) cellular standard developed to cater voice services and data delivery using.
Integrated digital enhanced network
Goodbye! ….. to all things that are connected by cable…… NOW it can be connected using….
1 ITGS – Networking and T. Near and Far: Local Area Network/LAN/, (hubs, switches) Metropolitan Area Network/MAN/ Wide Area Network/WAN/ (backbone) Administrators,
Communication Research Labs Sweden AB Introduction to Wireless communication and WLAN.
VIT UNIVERSITY :: VELLORE
Mobile Phone Standards
BY NEHA CHOUDHARY ASST. PROFFESSOR DEPT. OF CSE/IT LHST-A.
45 nm transistor 45nm =.045um (microns)= 450 Angstroms.
4G Mobile Communications. MOBILE SYSTEM GENERATION First Generation (1G) Mobile System:  The introduction of cellular systems in the late 1970s and early.
An Introduction to BLUETOOTH TECHNOLOGY
Mobile Communication Technology according to IEEE (examples)
BLUETOOTH Created By: Ajay Bahoriya. Agenda Introduction to Bluetooth Bluetooth Basics Mode of operation Technology Security Advantages Integrating BT.
Emerging Wireless Standards Matthew C. Valenti Assistant Professor Lane Dept. of CSEE YAS Broadband Seminar Sept. 7, 2001.
GSM – formerly: Groupe Spéciale Mobile (founded 1982) – now: Global System for Mobile Communication – Pan-European standard (ETSI, European Telecommunications.
SEMINAR ON BLUETOOTH TECHNOLOGY
BLUETOOTH WIRELESS TECHNOLOGY
Mobile Technology Last Mile Problem Solved 1. Mobile Web’s Potential Mobile Tech 2011 The Future is Now 2.
Ch 16. Wireless WANs Cellular Telephony Designed to provide communication between two “moving” units – To track moving units (mobile station; MS),
Bluetooth In 1994, the L. M. Ericsson company became interested in connecting its mobile phones to other devices without cables. A SIG (Special Interest.
Objective This presentation covers the Generation of Telecom Network Evolution. Basically the presentation aims on the evolution from 1G to 4G and some.
Polytechnic University  M. Veeraraghavan 1 State-of-the-art in commercial wireless communications Prof. Malathi Veeraraghavan Elec. & Comp. Engg. Dept/CATT.
Technology By :-. What Is Bluetooth? Designed to be used to connect both mobile devices and peripherals that currently require a wire Short range wireless.
Mobile Communications: Introduction WIRELESS MOBILE DEVICES performance Pager receive only tiny displays simple text messages Mobile phones voice, data.
Abdul Rahman Al-Refai Zavnura Pingkan. Introduction Bluetooth is a wireless technology for short range data and/ or voice communication The communication.
Bluetooth Technology. History The name ‘Bluetooth’ was named after 10th century Viking king in Denmark Harald Bluetooth who united and controlled Denmark.
Part I: Introduction to Wireless & Mobile Computing I Acknowledge Dr. Hasan Al-Refai, These notes are a part of his efforts 6/14/
Lecture 02 EEE 441: Wireless And Mobile Communications BRAC University.
Lecture 01 EEE 441: Wireless And Mobile Communications BRAC University.
Objective of this Presentation To understand what is Wi-Fi and what is Bluetooth. Difference between Bluetooth and Wi-Fi.
Wireless Communications. Outline Communication Systems Wireless Communications Current Wireless Systems –Cellular systems –Wireless LANs –Satellite Systems.
Presented by Khaled Al Otaishan
Bluetooth Technology Name- Bittu Kumar Roll No.- A05 Section- E2801
Mobile Communications Chapter 11 : Outlook
5 G.
5G WIRELESS Technology.
Wireless local loop Technologies
How this name came? Harald Bluetooth was king of Denmark in the late 900s. United Denmark and Norway.
Physical layer protocol bluetooth
Third Generation (3G) Cellular Network 3G System
5G MOBILE TECHNOLOGY By J.YOGESH 08M31A0425.
Introduction to Cellular Mobile Radio Systems
Telecommunications for the future - 3
Cellular Wireless Networks
Introduction to Wireless Communications
A Wireless LAN technologies IEEE
Mobile Handset Networking Overview
Bluetooth: Vision, Goals and Architecture
BLUETOOTH AND ITS APPLICATION IN MOBILE PHONES
Chapter 5 Introduction to Personal Communications Systems (PCS):
BLUETOOTH Personal Area Networking [ PAN ] over Bluetooth
Chapter 17 Cellular Telephone and Satellite Networks
Wireless Wide Area Networks 3G/4G - mobile phones.
Wireless Wide Area Networks
LM 7. Mobile Network Overview
Generations of Mobile Communication
Presentation transcript:

Mobile Communication and Mobile Computing1 Mobile Communication

Mobile Communication and Mobile Computing2 GSM (Global System for Mobile Communications): worldwide standard for digital, cellular Mobile Radio Networks UMTS (Universal Mobile Telecommunications System): European Standard for future digital Mobile Radio Networks LTE (Long Term Evolution) AMPS (Advanced Mobile Phone System): analog Mobile Radio Networks in USA DECT (Digital Enhanced Cordless Telecommunications): European standard for cordless phones TETRA (Terrestrial Trunked Radio): European standard for circuit switched radio networks ERMES (European Radio Message System): European standard for radio paging systems (Pager) : International standard for Wireless Local Networks Bluetooth: wireless networking in close/local area Inmarsat: geostationary satellite systems Teledesic: planned satellite system on a non-geostationary orbit Mobile Communication Networks: Examples

Mobile Communication and Mobile Computing3 Used Acronyms CT2: Cordless Telephone 2. Generation HSCSD: High Speed Circuit Switched Data GPRS: General Packet Radio Service EDGE: Enhanced Data Rates for GSM Evolution IMT2000: International Mobile Telecommunications by the year 2000 MBS: Mobile Broadband System

Mobile Communication and Mobile Computing4 GSM: Global System for Mobile Communications

Mobile Communication and Mobile Computing5 GSM: Properties Cellular radio network (2nd Generation) Digital transmission, data communication up to 9600 Bit/s Roaming (mobility between different net operators, international) Good transmission quality (error detection and - correction) Scalable (large number of participants possible) Security mechanisms (authentication, authorization, encryption) Good resource use (frequency and time division multiplexing) Integration within ISDN and fixed network Standard (ETSI, European Telecommunications Standards Institute)`

Mobile Communication and Mobile Computing6 UMTS - Facts Consideration: early 90ies Universal Mobile Telecommunications System, developed in the EU (ETSI: European Telecommunication Standards Institute) UMTS is the European implementation of IMT-2000 (International Mobile Telecommunications by the year 2000) Start of network expansion: –in Europe: 2003 (some trials, e.g. British Telecom on Isle of Man, 2002) –in the USA: 2005 –in Japan since 2000 : NTT DOCOMO

Mobile Communication and Mobile Computing7 system general, worldwide roaming high data rates: 144 kbit/s mobile, up to 2 Mbit/s at local area fusion of different mobile radio communications-, wireless- and pager-systems into one common system speech-, data-, and multimedia- information services independent of used network access support of different carrier services: –real-time capable/not real-time capable –circuit switched/ packet switched Roaming also between UMTS and GSM and satellite networks Asymmetrical data rates in up-/downlink Characteristics

Mobile Communication and Mobile Computing8 Bluetooth - Facts Harald Bluetooth was the King of Denmark in the 10th century 1998 started from Ericsson, Intel, IBM, Nokia, Toshiba Open Standard: IEEE Generally for wireless Ad-hoc- piconets (Range < 10m) Goal: not expensive One-Chip-Decision for radio/ wireless communication networks Use fields: –Connection of peripheral devices –Support of Ad-Hoc-Nets –Connection of different networks Frequency band in IMS-Range of 2,4 GHz

Mobile Communication and Mobile Computing9 Bluetooth Pico nets with up to 8 participants (ad-hoc) (one master, slaves) Scatter nets as an association of different pico nets frequency hopping is used for improving of interception safety and system robustness

Mobile Communication and Mobile Computing10 Bluetooth - properties Range: - 10 cm up to 10 m at 1 mW transmitting power - up to 100m at 100mW Data rates: –433,9 kBit/s asynchronous-symmetrical –723,2 kBit/s / 57,6 kbit/s asynchronous-asymmetrical –64 kBit/s synchronous, voice service –In future up to 20 Mbit/s (IEEE )

Mobile Communication and Mobile Computing11 Bluetooth-comparison Source: FUNCTIONBluetooth v1.1IrDA Data 1.1IEEE (WLAN) Range w/o PA:10 meter max.1 meter max.50 meter max. Angle:omni-directionalca 30°omni-directional RF Frequency Band: ISM Band, 2.4 GHzInfrared RadiationISM Band, 2.4 GHz Mobility:mobilestationarymobile Data rate:721kBit/s4MBit/s2MBit/s Security level:HighLowHigh