UNIT-I. 3. List out the Limitations of the Wireless and Mobile Environment. (2013 nov/dec)
|
|
|
- Julius Shaw
- 5 years ago
- Views:
Transcription
1 UNIT-I 1. Define Mobile Computing. 2. Define Nomadic & Pervasive Computing. 3. What is MSS? 4. What is GSM? 5. Define AIN. 6. What is CTIA? 7. Define TDMA. 8. What is CDMA? 9. What is ETDMA & write its advantage? 10. Define spread spectrum modulation scheme. 11. Define IrDA. 12. What are the major categories of Wireless technologies? 13. What is poletop infrastructure? 14. What are the advantages of WLAN? 15. Define CDPD. 16. Explain mapping of the mobility. 17. Explain hand-held computers. 18. Define sub-notebooks. 1. Explain in Detail about Digital Cellular System. (2013 apr/may) 2. Explain the following in Detail. (2013 apr/may) (a) Palm-top Computers. (b) Hand Held Computers. 3. List out the Limitations of the Wireless and Mobile Environment. (2013 nov/dec) 4. Discuss about the Architecture of Wireless Mobile Computing with neat diagram. (2013 nov/dec) 5. Briefly discuss about the Wireless Network Technology. (2013 nov/dec) 6. Explain the Wireless and Mobile Computing Architecture. (2014 apr/may) 7. Explain briefly about TDMA,CDMA. (2014 apr/may) 8. Explain CDMA and Spread Spectrum in Detail. (2014 nov/dec) 9. List and discuss various wireless network techniques in detail. (2014 nov/dec) 10. Explain the basics of Digital Cellular Systems. (2015 apr/may) 11. Discuss about any four portable information appliances. (2015 apr/may) Page 1
2 UNIT-II 1. Define ITU. 2. Define UMTS. 3. Define ACTS. 4. Define pilot channel. 5. Define paging channel 6. Define synchronization & access channel 7. Define traffic channel 8. What is soft hand-off.? 9. Write the different types of interference. 10. Define Remote-Node 11. Define Client proxy 12. Define Replication 13. Define Adaptation 14. Define Agents 15. List out the adaptation strategies. 16. Define Universally Unique Identifiers. 17. Define WAP. 18. Define RM-ODP. 1. Explain in Detail about the Third Generation Wireless Networks. (2013 apr/may), (2014 apr/may), (2015 apr/may) 2.Explain the End User Applications. (2013 apr/may), (2015 apr/may) 3.Illustrate the puppeteer Architecture and Explain in details about client application. Interacts with data servers through proxies? (2013 nov/dec) 4. Write short note on Unicast and Multicast discovery. (2013 nov/dec) 5. Explain in details about security mechanisms of three services Discovery frameworks. (2013 nov/dec) 6. Write notes on Mobility Middleware. (2014 apr/may) 7. Discuss the need for mobile agents and explain the components of mobile agent architecture in detail. (2014 nov/dec) 8.Explain the need for mobility support software and discuss end user application in detail. (2014 nov/dec) Page 2
3 UNIT III 1. Define AMT. 2. Describe the SONY protocol. 1. What is MN (Mobile Node)? 2. Define HA (Home Agent). 3. Define FA (Foreign Agent). 4. Define distance vector algorithm. 5. Define Link state routing algorithm. 6. Define Mosquito Net. 7. What is IP-in-IP tunneling 8. What is dynamic source routing? 9. Define CDPD. 10. What is WDF? 11. What are MHF & SF? 12. Define M-ES & MD-IS. 13. Define MNRP & MNLP and writes its function. 14. Define MDBS. 15. Define GSN. 16. Define GPRS. 17. Define Deffie-Hellamn key. 18. Name the three research efforts that address QoS 19. What is MHP? 20. Define W Define MOWSER. 22. Define caching. 23. What is Differencing? 24. Define protocol reduction. 25. Define Header reduction. 26. Define CSI & SSI. 1. Explain in Detail about the Mobile Internet Protocol. (2013 apr/may) 2. Explain in Detail about the Quality of Service in Mobile Networks. (2013 apr/may) (2015 apr/may) 3. (a) Write short notes on CDPD.(6) (b)briefly discuss about Security and Authentication in Mobile Networking.(5) (2013 nov/dec) 4. (a) Write short notes on UMTS with Architecture. (6) (b)discuss about the Mobile Access in World Wide Web.(5) (2013 nov/dec) (2014 nov/dec) 5. Discuss in detail about the application of GPRS. (2014 apr/may) (2014 nov/dec) 6. Explain the concept of Mobile IP with neat example. (2014 apr/may) (2014 nov/dec) 7. Compare and contrast Loose Source Routing Protocol and Mobile IP. (2015 apr/may) Page 3
4 UNIT-IV 1. What are the categories of mobile data access? 2. Define server-push.* 3. Define client-pull.* 4. What is rover 5. Define RDO & QRPC.* 6. What is mobile transaction? 7. Mention the difference types of Mobile Transaction. 8. Define atomic & compensatable transactions. 9. What is reporting transaction? 10. What is Co-transaction? 11. Define KT & JT.* 12. Define cluster. 13. What is m-degree relation? 14. What is hoarding? 15. What is semantic distance? 16. Define IOT. 17. What is Difference between Reporting & Co-transaction. 1. Explain in detail about the following. (2013 apr/may) (a) Reporting and Co-Transactions (4) (b) The Kangaroo Transaction (4) (c) The Clustering Model. (3) 2. Explain in Detail about the following. (2013 apr/may) (a) Isolation-Only Transactions (4) (b) The Two-tier Transaction (4) (c) Semantic-based Nomadic Transaction (3) 3. (a) Briefly explain about the Mobile Transactions.(5) (b)explain about the Clustering Algorithms. (6) (2013 nov/dec) 4. (a) Discuss about 2-Tier Transaction model. (6) (b) Explain about Isolation Transaction levels. (5) (2013 nov/dec) 5. Explain briefly about kangaroo transaction model and Clustering model. (2014 apr/may) (2014 nov/dec) 6. Explain briefly about Isolation only and 2-tier transaction model. (2014 apr/may) 7. Explain Reporting and Co-Transactions Model and Semantic-based Nomadic Transaction processing. (2014 nov/dec) 8. Write short notes on Reporting and Co-Transactions and The kangaroo Transaction Model. (2015 apr/may) 9. Discuss about Isolation-Only Transactions and Semantic-based Nomadic Transaction Processing. (2015 apr/may) Page 4
5 UNIT-V 1. Write the advantage & disadvantage of the C/S model? 2. What is C/S model? 3. Define MCDS. 4. Define C/P/S model. 5. Write the functions of proxy. 6. Write the advantage of C/P/S model. 7. What is Static Agents?* 8. What is Mobile Scripts?* 9. What is MetaFrame? 10. Write the major categories of JAVA APIs and virtual machines. 11. Define MIDP. 12. DefineJXTA. 13. Define BREW.* 14. What is ADOCE? 15. Define SOAP. 16. What is a bearer network? 17. Define SMIL.* 18. Define microbrowsers.* 19. Define PPG. 20. Define PI. 21. What is Symbian?* 22. What is EPOC?* 1. Explain in detail about the following. (2013 apr/may) (a) Client/Server (6) (b) Client/Proxy/Server Model. (5) 2. Explain in detail about the following (2013 apr/may) (a) Disconnected Operation Model (3) (b) Mobile Agents (5) (c) The Thin Client Model (3) 3. (a) Write Short notes on Thin Client Model.(5) (b) Discuss about Client-Server Model. (6) (2013 NOV/DEC) 4. Briefly Explain about the Tools used in Mobile computing model. (2013 NOV/DEC) 5. Explain the following mobile Computing models : (2014 APR/MAY) (a) Client server model Page 5
6 (b) Mobile agent model 6. Explain the thin Client model and disconnected operation model. (2014 APR/MAY) 7. List Mobile computing models and explain any two models in brief? (2014 NOV/DEC) 8.Explain the Mobile development tools. (2014 NOV/DEC) 9. Compare the Client /Server Model with the Client/Proxy/Server Model. (2015 APR/MAY) 10. Give brief introduction to the following tools : Sybian and EPOC (2015 APR/MAY) Page 6
MOBILE COMPUTING (Common to Computer Science & Engineering and Information Technology)
Code No: R41054 R10 Set No. 1 1 a) Explain functional architecture of GSM. [8] b) Write and explain novel applications of Mobile Computing. [7] 2 a) Explain in detail about IEEE 802.11 MAC Data frames.
BRANCH:IT FINAL YEAR SEVENTH SEM SUBJECT: MOBILE COMPUTING UNIT-IV: MOBILE DATA MANAGEMENT
- 1 Mobile Data Management: Mobile Transactions - Reporting and Co Transactions Kangaroo Transaction Model - Clustering Model Isolation only transaction 2 Tier Transaction Model Semantic based nomadic
ROEVER COLLEGE OF ENGINEERING AND TECHNOLOGY Elambalur, Perambalur
ROEVER COLLEGE OF ENGINEERING AND TECHNOLOGY Elambalur, Perambalur - 621220 DEPARTMENT OF COMPUTER SCIENCE AND ENGINEERING Year & Semester : IV/ VII Subject Code : CS2402 Subject Name : MOBILE AND PERVASIVE
CS Mobile and Pervasive Computing
CS2402 - Mobile and Pervasive Computing UNIT 1 TWO MARK QUESTIONS IN UNIT-1 1. Define SAMA. 2. Define CDMA. 3..What are the several versions in CSMA? 4.What is meant by non-persistent CSMA? 5.What is meant
COLLEGE OF ENGINEERING DEPARTMENT OF INFORMATION TECHNOLOGY QUESTION BANK UNIT-1 WIRELESS COMMUNICATION FUNDAMENTALS
KINGS COLLEGE OF ENGINEERING DEPARTMENT OF INFORMATION TECHNOLOGY QUESTION BANK SUBJECT CODE& NAME: IT1403 MOBILE COMPUTING YEAR / SEM : IV / VIII UNIT-1 WIRELESS COMMUNICATION FUNDAMENTALS PART A (2MARKS)
CS2402-MOBILE AND PERVASIVE COMPUTING
CS2402-MOBILE AND PERVASIVE COMPUTING UNIT 1 TWO MARK QUESTIONS IN UNIT-1 1. Define SAMA. 2. Define CDMA. 3..What are the several versions in CSMA? 4.What is meant by non-persistent CSMA? 5.What is meant
COPYRIGHTED MATERIAL. Contents. 1 Short Message Service and IP Network Integration 1. 2 Mobility Management for GPRS and UMTS 39
Acknowledgments Introduction xv xvii 1 Short Message Service and IP Network Integration 1 1.1 SMS-IP Integration with SM-SC 3 1.1.1 NCTU Short Message System 4 1.1.2 Statistics for SMS Delivery 7 1.2 isms
DEPARTMENT OF INFORMATION TECHNOLOGY QUESTION BANK UNIT I PART A (2MARKS)
DEPARTMENT OF INFORMATION TECHNOLOGY QUESTION BANK Subject Code : IT1402 Subject Name : Mobile Computing Year / Sem : IV / VII UNIT I PART A (2MARKS) 1.What are the 3 fundamental propagation behaviors
WAP/ WML : Wireless Protocol wireless protocol
Device Connectivity Device Connectivity Pervasive computing devices do not develop their full potential unless they are connected to applications and services through the Internet. Device connectivity
Govt. of Karnataka, Department of Technical Education Diploma in Computer Science Sixth Semester. Contact Hrs / week: 4 Total hrs: 64
Govt. of Karnataka, Department of Technical Education Diploma in Computer Science Sixth Semester Subject: Mobile Computing Contact Hrs / week: 4 Total hrs: 64 Table of Contents SN Topic Hours Marks 1 Introduction
Ch 1. Mobile Adaptive Computing
Ch 1. Mobile Adaptive Computing What is Mobile Computing Mobile computing? Distributed system Wireless communications Mobility of communications devices Difference between mobile computing and mobile communications?
wireless networks and mobile computing (COMMON TO CSE AND CS) CONTENTS Classification of Wireless Networks
i wireless networks and mobile computing FOR m.tech (jntu - hyderabad) i year Ii semester (COMMON TO CSE AND CS) CONTENTS UNIT - I [CH. H. - 1] ] [WIRELESS NETWORKS]... 1.1-1.24 1.1 WIRELESS NETWORK...
Cisco Wide Area Bonjour Solution Overview
, page 1 Topology Overview, page 2 About the Cisco Application Policy Infrastructure Controller Enterprise Module (APIC-EM), page 5 The Cisco Wide Area Bonjour solution is based on a distributed and hierarchical
Overview of Mobile Networking Initiatives at WINLAB
Overview of Mobile Networking Initiatives at WINLAB Introduction: The Next Generation MSC Custom Mobile Infrastructure (e.g. GSM, 3G) BTS Public Switched Network (PSTN) BSC GGSN, etc. WLAN Access Point
M Commerce: Mobile Applications. Sridhar Iyer K R School of Information Technology IIT Bombay
M Commerce: Mobile Applications Sridhar Iyer K R School of Information Technology IIT Bombay sri@it.iitb.ernet.in http://www.it.iitb.ernet.in/~sri Outline Mobile applications Wireless networking Routing
Overview. M-commerce vs. E-commerce
M-COMMERCE Overview What is M-Commerce? M-commerce vs. E-commerce Classes of M-Commerce Applications Benefits of M-commerce Advantages of M-Commerce Disadvantages of M-Commerce Mobile Computing: Content,
INSTITUTE OF AERONAUTICAL ENGINEERING (AUTONOMOUS) Dundigal, Hyderabad
INSTITUTE OF AERONAUTICAL ENGINEERING (AUTONOMOUS) Dundigal, Hyderabad -00 0 COMPUTER SCIENCE AND ENGINEERING TUTORIAL QUESTION BANK Course Name MOBILE COMPUTING Course Code A70 Class IV B. Tech I Semester
Page 1. File systems Motivation EEC173B/ECS152C. File systems for limited connectivity (1) File systems consistency problems
EEC173B/ECS152C Support for Mobility File systems & data bases WWW & mobility WAP (Wireless Application Protocol) i-mode & J2ME Acknowledgment: Selected slides from Jochen Schiller File systems Motivation
NAME OF THE SUBJECT SUBJECT CODE SEMESTER YEAR DEPARTMENT HANDLED & PREPARED BY VALLIAMMAI ENGINEERING COLLEGE SRM Nagar, Kattankulathur-60303 DEPARTMENT OF COMPUTER SCIENCE AND ENGINEERING Academic Year:
INSTITUTE OF AERONAUTICAL ENGINEERING (Autonomous) Dundigal, Hyderabad
INSTITUTE OF AERONAUTICAL ENGINEERING (Autonomous) Dundigal, Hyderabad -00 0 WIRELESS NETWORKS AND MOBILE COMPUTING TUTORIAL QUESTION BANK Course Name WIRELESS NETWORKS AND MOBILE COMPUTING Course Code
Bikash Sadhukhan. M.Tech(CSE) Lecturer. Dept of CSE/IT Techno India College of Technology
Bikash Sadhukhan. M.Tech(CSE) Lecturer. Dept of CSE/IT Techno India College of Technology Mobile Communication Entails transmission of data to and from handheld devices Two or more communicating devices
UNIVERSITY EXAMINATIONS: NOV/DEC 2011 REGULATION PERVASIVE COMPUTING PART A
UNIVERSITY EXAMINATIONS: NOV/DEC 2011 REGULATION 2008 080250049-PERVASIVE COMPUTING PART A 1. Mention the characteristics of pervasive computing. Minimal user distraction Collaborative interaction User
Adikavi Nannaya University, Rajahmundry MCA III Semester 3.1 Computer Networks (Model Question Paper) Time : 3 Hours Max.
3.1 Computer Networks (Model Question Paper) 1. a)with a neat block diagram explain the TCP/IP reference model. List out the limitations of the model. [15] (b) What are the functions of the physical layer?
EXPERIMENT N0: 06 AIM:TO DESIGN UMTS NETWORK USING OPNET MODELER APPARATUS: OPNET MODELER 14.0
EXPERIMENT N0: 06 AIM:TO DESIGN UMTS NETWORK USING OPNET MODELER APPARATUS: OPNET MODELER 14.0 THEORY:Universal Mobile Telecommunications System (UMTS) is a Third Generation (3G) wireless protocol that
Outline 9.2. TCP for 2.5G/3G wireless
Transport layer 9.1 Outline Motivation, TCP-mechanisms Classical approaches (Indirect TCP, Snooping TCP, Mobile TCP) PEPs in general Additional optimizations (Fast retransmit/recovery, Transmission freezing,
Wireless Personal Area Networks & Wide Area Networks
Wireless Personal Area Networks & Wide Area Networks Patrick J. Stockreisser p.j.stockreisser@cs.cardiff.ac.uk Lecture Outline In the lecture we will: Look at PAN s in more detail Look at example networks
CSE 4215/5431: Mobile Communications Winter Suprakash Datta
CSE 4215/5431: Mobile Communications Winter 2013 Suprakash Datta datta@cse.yorku.ca Office: CSEB 3043 Phone: 416-736-2100 ext 77875 Course page: http://www.cse.yorku.ca/course/4215 Some slides are adapted
Developing corporate mobile applications. An alternative approach to native development
Developing corporate mobile applications An alternative approach to native development SUN J2ME Code Camp Paris, November 5th, 2001 Franck Lefèvre Franck.lefevre@DigitalAirways.com 2 The problem with developing
GVDS Assets. Design Alternatives
GVDS Assets In coordination models exploiting the notion of GVDS: The association between the coordination context contributed by a given agent and the agent itself is now made explicit The resulting style
ANY TIME, ANYWHERE COMPUTING. Mobile Computing Concepts and Technology
ANY TIME, ANYWHERE COMPUTING Mobile Computing Concepts and Technology The Kluwer International Series In Engineering and Computer Science ANYTIME, ANYWHERE COMPUTING Mobile Computing Concepts and Technology
Mobile Transport Layer
Mobile Transport Layer 1 Transport Layer HTTP (used by web services) typically uses TCP Reliable transport between TCP client and server required - Stream oriented, not transaction oriented - Network friendly:
Mobility Management Protocols for Wireless Networks. By Sanaa Taha
Mobility Management Protocols for Wireless Networks By outline Mobility Management Mobility Management Models Host-based Mobility Management Protocols Network- based Mobility Management Protocols Which
2001, Cisco Systems, Inc. All rights reserved. Copyright 2001, Cisco Systems, Inc. All rights reserved. Printed in USA. Presentation_ID.
3001_05_2001_c1 2001, Cisco Systems, Inc. All rights reserved. 1 Introduction to IP Mobility Session 3001_05_2001_c1 2001, Cisco Systems, Inc. All rights reserved. 3 Agenda IP Mobility Overview Terminology
Mobile IPv6 Operations Explored
Mobile IPv6 Operations Explored U.S. IPv6 Summit 2003 December 8-118 2003 Carl Williams NAv6TF Steering Committee and IPv6 Forum Technical Directorate carlw@mcsr-labs.org labs.org IPv6 Mobility/wireless
MOBILE IP AND WIRELESS APPLICATION PROTOCOL
MOBILE IP AND WIRELESS APPLICATION PROTOCOL In this chapter, we look at two standards that provide application-level support for wireless networking: Mobile IP and Wireless Application Protocol (WAP).
Mobile Communications Chapter 9: Mobile Transport Layer
Prof. Dr.-Ing Jochen H. Schiller Inst. of Computer Science Freie Universität Berlin Germany Mobile Communications Chapter 9: Mobile Transport Layer Motivation, TCP-mechanisms Classical approaches (Indirect
DISTRIBUTED SYSTEMS Principles and Paradigms Second Edition ANDREW S. TANENBAUM MAARTEN VAN STEEN. Chapter 1. Introduction
DISTRIBUTED SYSTEMS Principles and Paradigms Second Edition ANDREW S. TANENBAUM MAARTEN VAN STEEN Chapter 1 Introduction Definition of a Distributed System (1) A distributed system is: A collection of
4G Mobile Networks. (c)copyright Samsung Electronics CO. LTD, 2000, Samsung Electronics Proprietary 1
4G Mobile Networks (c)copyright Samsung Electronics CO. LTD, 2000, Samsung Electronics Proprietary 1 > Overview 4G Mobile Networks Related Technologies Network Evolution All IP Networks (c)copyright Samsung
Mohammad Hossein Manshaei 1393
Mohammad Hossein Manshaei manshaei@gmail.com 1393 Mobile IP 2 Mobile Network Layer: Problems and Concerns Entities and Terminology in Mobile IP Mobile Indirect Routing Mobile IP Agent Advertisement Registration
Introduction to Wireless Networks. Chapter 7: Introduction to Heterogeneous Networks and
Introduction to Wireless Networks Chapter 7: Introduction to Heterogeneous Networks and ALL-IP Networks Prof. Yuh-Shyan Chen Department t of CSIE National Taipei University Outline Trend on Wireless/Cellular
Chapter 13 TRANSPORT. Mobile Computing Winter 2005 / Overview. TCP Overview. TCP slow-start. Motivation Simple analysis Various TCP mechanisms
Overview Chapter 13 TRANSPORT Motivation Simple analysis Various TCP mechanisms Distributed Computing Group Mobile Computing Winter 2005 / 2006 Distributed Computing Group MOBILE COMPUTING R. Wattenhofer
Outline. CS5984 Mobile Computing HTTP. HTTP (especially 1.0) Problems 1/2. Dr. Ayman Abdel-Hamid, CS5984. Wireless Web.
CS5984 Mobile Computing Dr. Ayman Abdel-Hamid Computer Science Department Virginia Tech Outline HTTP HTTP 1.0 problems Approaches to help wireless access HTTP 1.1 enhancements System Architecture for Web
Mobile Internet: Business Necessity or Toys for Boys?
Mobile Internet: Business Necessity or Toys for Boys? Antonio Prišan, B. Sc. EE Business Internet Solution Manager Product Development, Marketing and Sales Department VIPnet d.o.o. a.priscan@vipnet.hr
Nomadic devices Benefits and market outlook
Nomadic devices Benefits and market outlook Johannes Dünnwald Nokia Automotive Ertico - Jan20th, 2005 First European Nomadic Devices Workshop 1 NOKIA 2004 Nokia Automotive Founded 1996 as Nokia Smart Traffic
Fundamentals of. Mobile Computing. Second Edition. Prasant Kumar Pattnaik Rajib Mall
Fundamentals of Mobile Computing Second Edition Prasant Kumar Pattnaik Rajib Mall FUNDAMENTALS OF MOBILE COMPUTING SECOND EDITION PRASANT KUMAR PATTNAIK Professor School of Computer Engineering KIIT University
WAP Push Message Version 16-August-1999
WAP Push Message Version 16-August-1999 Wireless Application Protocol Push Message Specification Notice: Wireless Application Protocol Forum, Ltd. 1999. Terms and conditions of use are available from the
Wireless Internet: layers 3,4,5. Wireless Internet: Layers 3,4,5 Case Study: WAP. WAP: Wireless Application Protocol
W.int.3-2 Wireless Internet: layers 3,4,5 Wireless Internet: Layers 3,4,5 Case Study: WAP Module W.int.3.WAP Dr.M.Y.Wu@CSE Shanghai Jiaotong University Shanghai, China Dr.W.Shu@ECE University of New Mexico
Wireless Access Protocol(WAP) architecture
Wireless Access Protocol(WAP) architecture While the evolution of cellular networks has resulted in many mobile services, such services are primarily for voice. Mobile phone users do have the desire to
Convergence of IP and Mobile Communications. Albert Coronel RedLink Communications Co., Ltd. MMNOG, November 21, 2015
Convergence of IP and Mobile Communications Albert Coronel RedLink Communications Co., Ltd. MMNOG, November 21, 2015 Mobile terminals Netgear Skype phone first released 2007 Makes and receives Skype calls
A Survey of Mobile Transactions
Distributed and Parallel Databases, 16, 193 230, 2004 c 2004 Kluwer Academic Publishers. Manufactured in The Netherlands. A Survey of Mobile Transactions PATRICIA SERRANO-ALVARADO CLAUDIA RONCANCIO MICHEL
GPRS and UMTS T
GPRS and UMTS T-110.2100 Global Packet Radio Service GPRS uses the time slots not used for circuit switched services Data rate depends on the availability of free time slots GPRS uses the multislot technique,
University of Agder Department of Information and Communication Technology EXAM
University of Agder Department of Information and Communication Technology EXAM Course code: IKT 444 Course title: Mobile Communication Networks Date: Tuesday, 6 th December 2016 Duration: 09:00 13:00
M.SARAVANA KARTHIKEYAN
PERVASIVE COMPUTING Unit II Part A 1. What is XML? XML stands for EXtensible Markup Language XML is a markup language much like HTML XML was designed to carry data, not to display data XML tags are not
Mobile IP. Mobile Computing. Mobility versus Portability
Mobile IP Mobile Computing Introduction Amount of mobile/nomadic computing expected to increase dramatically in near future. By looking at the great acceptance of mobile telephony, one can foresee a similar
Announcements. me your survey: See the Announcements page. Today. Reading. Take a break around 10:15am. Ack: Some figures are from Coulouris
Announcements Email me your survey: See the Announcements page Today Conceptual overview of distributed systems System models Reading Today: Chapter 2 of Coulouris Next topic: client-side processing (HTML,
Overview of GPRS and UMTS
CHAPTER 1 This chapter briefly introduces the 2.5G General Packet Radio Service (GPRS) and the 3G Universal Mobile Telecommunications System (UMTS) technologies, and their implementation in Cisco Gateway
KINGS COLLEGE OF ENGINEERING DEPARTMENT OF INFORMATION TECHNOLOGY QUESTION BANK. Sub.Code/ Name : IT1452 FUNDAMENTALS OF PERVASIVE COMPUTING
IT1452 Fundamentals Of Pervasive Computing 1 KINGS COLLEGE OF ENGINEERING DEPARTMENT OF INFORMATION TECHNOLOGY QUESTION BANK Sub.Code/ Name : IT1452 FUNDAMENTALS OF PERVASIVE COMPUTING Year / Sem : IV
11. IP Mobility 최 양 희 서울대학교 컴퓨터공학부
11. IP Mobility Introduction Terminal Mobility Person Mobility Network Mobility Internet 2002 Yanghee Choi 2 Mobile IP : Why IP addressing scheme optimized for stationary environment point of attachment
Mobile Communications Chapter 9: Mobile Transport Layer
Prof. Dr.-Ing Jochen H. Schiller Inst. of Computer Science Freie Universität Berlin Germany Mobile Communications Chapter 9: Mobile Transport Layer Motivation, TCP-mechanisms Classical approaches (Indirect
How Mobile IP Works? Presenter: Ajoy Singh
How Mobile IP Works? Presenter: Ajoy Singh Agenda Required background What problems does Mobile IP solve? Mobile IP: protocol overview Scope Requirements Design goals Functional entities 5/2/2002 How Mobile
Internet Services & Protocols. Mobile and Wireless Networks
Department of Computer Science Institute for System Architecture, Chair for Computer Networks Internet Services & Protocols Mobile and Wireless Networks Dr.-Ing. Stephan Groß Room: INF 3099 E-Mail: stephan.gross@tu-dresden.de
IT T71- MOBILE COMPUTING
1 IT T71- MOBILE COMPUTING UNIT I Introduction: Wireless and Mobile Computing Architecture Limitations of wireless and mobile communication Wireless Telecommunication Networks: Digital cellular Systems,
Enabling the Wireless Internet
Enabling the Wireless Internet Presented to IEEE CVT-Dallas February 15, 2000 Barry Herbert barry.herbert herbert@nortelnetworks.com Operator Market Dynamics Price/Min in U.S. Cents 16 14 12 10 8 6 4 2
3GPP2 MMS STANDARDS AND FEATURES
3GPP2 MMS STANDARDS AND FEATURES Edwin Sandberg Ericsson Multimedia Messaging and VAS 3GPP2 MMS STANDARDS AND FEATURES APRIL 2003 1 Presentation Outline Use cases for MMS MMS reference architecture MMS
Advanced Computer Networks. Mobility Support
Advanced Computer Networks 263 3501 00 Mobility Support Patrick Stuedi Spring Semester 2013 Oriana Riva, Department of Computer Science ETH Zürich Last Week WLAN/802.11 Architecture (Infrastructure / Ad
Pervasive Wireless Scenarios and Research Challenges Spring 08 Research Review Jun 2, 2008
Pervasive Wireless Scenarios and Research Challenges Spring 08 Research Review Jun 2, 2008 Prof. D. Raychaudhuri ray@winlab.rutgers.edu www.winlab.rutgers.edu 1 Introduction: The Promise of Wireless Everywhere
MOBILITY AND SERVICE MANAGEMENT FOR FUTURE ALL-IP BASED WIRELESS NETWORKS
MOBILITY AND SERVICE MANAGEMENT FOR FUTURE ALL-IP BASED WIRELESS NETWORKS Weiping He Preliminary Research Document submitted to the Faculty of the Virginia Polytechnic Institute and State University in
GENI Experimental Infrastructure Wireless & Sensor Networks Aug 8, 2005
GENI Experimental Infrastructure Wireless & Sensor Networks Aug 8, 2005 Rutgers, The State University of New Jersey D. Raychaudhuri ray@winlab.rutgers.edu www.winlab.rutgers.edu 1 GENI Wireless Network
School of Mobile Computing & Communication Jadavpur University SYLLABUS. M.Tech in Distributed and Mobile Computing
School of Mobile Computing & Communication Jadavpur University SYLLABUS M.Tech in Distributed and Mobile Computing 1 st Semester Departmental Basket Paper 1: Computer Networking Protocols and Techniques
Architecture and Prototyping of an based Self-Organizing Hierarchical Ad-Hoc Wireless Network (SOHAN)
Architecture and Prototyping of an 802.11- based Self-Organizing Hierarchical Ad-Hoc Wireless Network (SOHAN) PIMRC 2004, Barcelona Sept 5-8, 2004 S. Ganu, L. Raju, B. Anepu, S. Zhao, I. Seskar and D.
02 - Distributed Systems
02 - Distributed Systems Definition Coulouris 1 (Dis)advantages Coulouris 2 Challenges Saltzer_84.pdf Models Physical Architectural Fundamental 2/58 Definition Distributed Systems Distributed System is
02 - Distributed Systems
02 - Distributed Systems Definition Coulouris 1 (Dis)advantages Coulouris 2 Challenges Saltzer_84.pdf Models Physical Architectural Fundamental 2/60 Definition Distributed Systems Distributed System is
CSC 401 Data and Computer Communications Networks
CSC 401 Data and Computer Communications Networks Wireless Networks Cellular & Mobility Sec 7.4 7.8 Lina Battestilli 7.1 Introduction Wireless Chapter 7 Outline Wireless and Mobile Networks 7.2 Wireless
Introduction. WWW history. Application concepts, WWW and HTTP Perspectives on (mobile) communications. Fredrik Alstorp Torbjörn Söderberg
... M A K E Y O U R N E T W O R K S M A R T E R Application concepts, WWW and HTTP Perspectives on (mobile) communications Fredrik Alstorp Torbjörn Söderberg Introduction 8Internet and the WWW - Perspective
UMTS & New Technologies «Wireless data world»
EPFL Section Systèmes de Communication Cours Mobile Networks UMTS & New Technologies «Wireless data world» Alexandre LEHERICEY Radio Access Engineering 21/12/2004 mailto: alexandre.lehericey@orange.ch
Mobile Ad Hoc Networks: Basic Concepts and Research Issues
Mobile Ad Hoc s: Basic Concepts and Research Issues Ing. Alessandro Leonardi aleonardi@dieei.unict.it Wireless s Generations (1/3) Generation 1G 2G 2.5G 3G 4/5G Time 1980s 1990s Late1990s 2000s (2010 full
Multimedia Document Communications over Wireless Network
Multimedia Document Communications over Wireless Network 1 Convergence of Mobile Services Personal computer Access to any data Internet Telecommunications Mobile Technology Ubiquitous Portable processing
Mobile Security / /
Mobile Security 96-835 / 18-639 / 14-829 Patrick Tague 2 Sept 2010 Class #4 Overview of Mobile/Cellular Systems Agenda Overview of mobile cellular systems System architecture and overview 2G, 2.5G, 2.75G,
Outline. CS5984 Mobile Computing. Wireless Access Networks model 1/3. Wireless Access Network and Mobile IP. Dr. Ayman Abdel-Hamid
CS5984 Mobile Computing Dr. Ayman Abdel-Hamid Computer Science Department Virginia Tech Mobile IPv4 Micro-mobility Outline MIPv4 Micro-mobility solutions Protocols Cellular IP HAWAII (Handoff-Aware Wireless
SIDDHARTH GROUP OF INSTITUTIONS :: PUTTUR Siddharth Nagar, Narayanavanam Road QUESTION BANK (DESCRIPTIVE) Essay Answer (10 mark) Questions
SIDDHARTH GROUP OF INSTITUTIONS :: PUTTUR Siddharth Nagar, Narayanavanam Road 517583 QUESTION BANK (DESCRIPTIVE) Subject with Code : Advanced Wireless and Mobile Networks(18CS5015) Course & Branch: M.Tech
Oracle WebLogic Server 12c: Administration I
Oracle WebLogic Server 12c: Administration I Duration 5 Days What you will learn This Oracle WebLogic Server 12c: Administration I training teaches you how to install and configure Oracle WebLogic Server
QoS and Radio Resource Management in 3G and Beyond Systems. Oriol Sallent Kideok Cho
QoS and Radio Resource Management in 3G and Beyond Systems Oriol Sallent Kideok Cho (kdcho@mmlab.snu.ac.kr) 2006. 10. 23 -2/30- Contents Radio Resource Management RRM in Beyond 3G Common RRM in a flexible
Mobile Application Ecosystems
Mobile Application Ecosystems Mika Mannermaa November 14, 2005 T-110.5120 Next Generation Wireless Networks Helsinki University of Technology Delivering Quality Content into the Hands of Mobile Consumers
B.E. ELECTRONICS & COMMUNICATION ENGINEERING SEMESTER - VII EC WIRELESS COMMUNICATION
B.E. ELECTRONICS & COMMUNICATION ENGINEERING SEMESTER - VII EC2401 - WIRELESS COMMUNICATION Question Bank (ALL UNITS) UNIT-I: SERVICES & TECHNICAL CHALLENGES PART A 1. What are the types of Services? (Nov.
Module 1 - Distributed System Architectures & Models
Module 1 - Distributed System Architectures & Models System Architecture Defines the structure of the system components identified functions of each component defined interrelationships and interactions
Mobile Computing Introduction
Mobile Computing Introduction UNIT - 1 Prepared By:- NITIN PANDYA Assistant Professor, SVBIT. What is Mobile Computing 2 NTIIN PANDYA 3 NTIIN PANDYA Definitions Mobile Computing What is mobile computing?
Mobile Application Support
Mobile Application Support 1 Problems and Requirements Problem fields: dynamic system and network configuration dynamic change of Quality-of-Service-properties decoupling/re-connection transparency of
Communication Systems for the Mobile Information Society
Communication Systems for the Mobile Information Society Martin Sauter Nortel Networks, Germany John Wiley Si Sons, Ltd Contents Preface List of Figures List of Tables List of Abbreviations xi xiii xix
Intermediary infrastructures for the World Wide Web
Computer Networks 45 (2004) 421 447 www.elsevier.com/locate/comnet Intermediary infrastructures for the World Wide Web Marios D. Dikaiakos * Department of Computer Science, University of Cyprus, P.O. Box
Mobile Map: A Case Study in the Design & Implementation of a Mobile Application
Mobile Map: A Case Study in the Design & Implementation of a Mobile Application Jane (Juanli) Liu A thesis submitted to the Faculty of Graduate Studies and Research in partial fulfillment of the requirements
Introduction to Distributed Systems
Introduction to Distributed Systems Other matters: review of the Bakery Algorithm: why can t we simply keep track of the last ticket taken and the next ticvket to be called? Ref: [Coulouris&al Ch 1, 2]
EC Wireless Networks VIII - Semester Questions Bank
EC 6802 - Wireless Networks VIII - Semester Questions Bank UNIT I PART A 1. Find out the capacity of a single IS-95 cell that uses QPSK modulation and convolutional coding 3 db < Sr < 9 db, and bandwidth
Glossary 1. ARPU or Average Revenue per User A method of measuring revenue associated with the delivery of mobile commerce services by MNOs.
Glossary 321 Glossary 1 2G or 2nd Generation The currently available digital communication networks for voice and data communication (e.g., GSM, CDMA, PDC). 2.5G or 2.5th Generation Represents an upgrade
Iosif Legrand. California Institute of Technology
California Institute of Technology Distributed Dynamic s Architecture Hierarchical structure of loosely coupled services which are independent & autonomous entities able to cooperate using a dynamic set
The WAP Roadmap. Short Term Goals for WAP
The WAP Roadmap Authors: Alastair Angwin, WAP Specification Committee / IBM UK Laboratories (alastair_angwin@uk.ibm.com) Bill Coan, WAP Specification Committee / AT&T Wireless Services / Global Operators
Wireless Data-Introduction p. 1 Wireless Voice p. 2 Fixed Minimum Bandwidth p. 2 Vague Definition of Service Quality p. 3 Delay Requirements p.
Preface p. xxv Acknowledgments p. xxix Wireless Data-Introduction p. 1 Wireless Voice p. 2 Fixed Minimum Bandwidth p. 2 Vague Definition of Service Quality p. 3 Delay Requirements p. 4 Wireless Local Area
CSC 4900 Computer Networks: Mobility
CSC 4900 Computer Networks: Mobility Professor Henry Carter Fall 2017 Last Time What is the hidden terminal problem? How do CDMA networks use spectrum differently than TDMA systems? What is a chipping
Mobile Middleware Course. Mobile Platforms and Middleware. Sasu Tarkoma
Mobile Middleware Course Mobile Platforms and Middleware Sasu Tarkoma Role of Software and Algorithms Software has an increasingly important role in mobile devices Increase in device capabilities Interaction
ARPA Mobile Information Systems Applications Workshop December 7-8, Mobile Networking
ARPA Mobile Information Systems Applications Workshop December 7-8, 1995 Mobile Networking Randy H. Katz CS Division EECS Department University of California, Berkeley 1 Mobile Networking Middleware Reliable
Overview of the Cisco Mobile Wireless Home Agent
CHAPTER 1 Overview of the Cisco Mobile Wireless Home Agent This chapter illustrates the functional elements in a typical CDMA2000 packet data system, the Cisco products that are currently available to