WOW !! MUCH LOVE ! SO WORLD PEACE !
Fond bitcoin pour l'amélioration du site:
1memzGeKS7CB3ECNkzSn2qHwxU6NZoJ8o
Dogecoin (tips/pourboires):
DCLoo9Dd4qECqpMLurdgGnaoqbftj16Nvp
Rechercher sur le site:
Home
|
Publier un mémoire
|
Une page au hasard
Memoire Online
>
Informatique et Télécommunications
Quality of Service and performance characterization of IPv6 relative to IPv4
( Télécharger le fichier original )
par
KAYUMBA Thierry and KAYUMBA Fred
National University of Rwanda - Bs Degree 2006
Disponible en
une seule page
suivant
ACKNOWLEDGEMENTS
ACRONYMS AND EXPRESSIONS
LIST OF FIGURES
LIST OF TABLES
ABSTRACT
CHAPTER I: GENERAL INTRODUCTION
I.1 INTRODUCTION
I.2 STATEMENT OF THE PROBLEM
I.3 PROJET OBJECTIVES AND GOALS
I.4 HYPOTHESIS
I.5 INTEREST OF THE PROJECT
I.5.1 Personal Interest
I.5.2 Community Interest
I.6 PROJECT SCOPE
I.7 METHODOLOGY
I.8 ORGANIZATION OF THE STUDY
CHAPTER II: THEORETICAL CONCEPTS AND TERMINOLOGY
II.1 INTRODUCTION
II.2 TERMINOLOGY
II.2.1 Internet
II.2.2 WWW
II.2.3 Types of Nodes
II.2.4 Techniques Used in the Transition
II.2.5 Protocols
II.3 INTERNET PROTOCOL (IP)
II.3.1 IP Versions
II.3.1.1 IP version 4
II.3.1.2 IP version 5
II.3.1.3 IP version 6
II.3.1.4 IP version 9
II.4 IP ADDRESS
II.4.1 IPv6 address
II.4.1.1 IPv6 node has multiple addresses
II.4.2 IPv6 addressing notation
II.4.3 IPv6 prefixes notation
II.4.4 IPv6 address in Uniform Resource Locator (URL)
II.4.5 IPv6 types
II.4.6 Special addresses
II.4.7 IPv6 addresses with embedded IPv4 addresses
II.4.7.1 IPv4-mapped IPv6 address
II.4.7.2 IPv4-compatible IPv6 address
II.4.7.2.1 Notation
II.5 IP HEADER
II.5.1 IPv4 Header
II.5.2 IPv6 Header
II.5.3 Header Simplified
II.5.3.1 Changes in the general header structure:
II.5.4 Comparison of IPv4 and IPv6 Headers
II.5.5 New Extension Headers
II.6 IPv6 CONNECTIVITY
II.7 ICMP
II.7.1 ICMPv6
II.8 UPPER-LAYER PROTOCOL
II.8.1 DHCPv6
II.8.2 IPv6 and the Domain Name System
II.9 IPv6 FEATURES
II.10 DIFFERENCE BETWEEN IPv4 AND IPv6
II.11 QUALITY OF SERVICE
CHAPTER III: METHODOLOGY
III.1 INTRODUCTION
III.2 MIGRATION METHODOLOGY
III.3 STEPS IN MIGRATION METHODOLOGY
III.3.1 Determining Requirements
III.3.2 Understanding the existing system
III.3.3 Decision making
III.3.3.1 Dual Stack Transition Mechanism (DSTM)
III.3.3.2 Tunneling Transition Mechanism
III.3.4 Testing
III.3.5 Deploying
III.3.6 Management
III.4 TRAINING
III.5 ADVANTAGES AND DISADVANTAGES OF MIGRATION METHODOLOGY
III.5.1 Advantages of migration methodology
III.5.2 Disadvantages of migration methodology
III.6 TOOLS
III.6.1 Software Tools
III.6.2 Hardware
CHAPTER IV: QUALITY OF SERVICES, TEST AND ANALYSIS
IV.1 INTRODUCION
IV.2 NETWORK REQUIREMENTS
IV.2.1 Operating Systems
IV.2.2 Applications and Services
IV.3 ANALYSIS
IV.3.1 Bytes
IV.3.2 Bandwidth
IV.4 TECHNIQUES MECHANISM
IV.4.1 Dual Stack technique
IV.4.1.1 Dual-stack configuration
IV.4.1.2 Dual-stack Ping results
IV.4.2 Tunneling technique
IV.5 TEST and ANALYSIS
IV.5.1 Ping Results of Network test lab
IV.5.2 Netwrok test lab Telnet results
IV.5.3 Network test lab Analysis
IV.5.3.1 IP packets test
IV.5.3.2 Network Test Lab Report
IV.5.4 Summary of Test
IV.6 TRAINING
IV.6.1 Install IPv6 on Windows XP
IV.6.2 Uninstall IPv6 on Windows XP
IV.6.3 Difference between an IPv4 and an IPv6 system with Windows XP
IV.6.4 IPv6 with Linux
IV.7 VERIFICATION OF HYPOTHESIS
CHAPTER V: CONCLUSION AND RECOMMENDATIONS
V.1 CONCLUSION
V.2 RECOMMENDATIONS
REFERENCES
APPENDIX
suivant
Rechercher sur le site:
"Qui vit sans folie n'est pas si sage qu'il croit."
La Rochefoucault