Thesis submitted in fulfillment of the requirements for the Degree of
MASTER OF PHILOSOPHY
Under the supervision of
Dr. Jahid Ali
Presented By
Narender Singh Sandhu
DEPARTMENT OF COMPUTER APPLICATION
SRI SAI UNIVERSITY, PALAMPUR, H.P.
Address
Narender Singh Sandhu
S/o Sh. Ranbir Singh Sandhu
Mohalla Hatnala Chamba H.P.
Email - nssandhumca@gmail.com
This document provides a 3-paragraph summary of a 10-page project report on IPv6. The report was submitted by Udipto Ghosh to MIT Pune in partial fulfillment of a post-graduate diploma in management. The summary discusses that IPv6 is an evolutionary upgrade to IPv4 designed to allow continued growth of the internet. It also describes some key features of IPv6 like larger address space and auto-configuration. The transition from IPv4 to IPv6 is expected to occur gradually as IPv6 is deployed incrementally for early benefits while coexisting with IPv4 for a long time.
interoperatbility between IPv4 and IPv6Nitin Gehlot
This document discusses interoperability between IPv4 and IPv6. It outlines challenges with the transition from IPv4 to IPv6 including ensuring minimal downtime and maintaining network reachability and security. It proposes using tunneling techniques like Generic Routing Encapsulation (GRE) to transport IPv6 packets over an IPv4 infrastructure and allow dual stack implementations. The project aims to address scalability between IPv4 and IPv6 using the OSPF routing protocol and virtualizing physical links with Cisco IOS to enable IPv6 multicast routing.
6. IPv6 Internetzugang für Privatkunden: Die Lösung von Swisscom - Martin GysiDigicomp Academy AG
Um ihren Kunden den Zugang zum IPv6 Internet zu ermöglichen, hat Swisscom den 6rd Mechanismus gewählt. Der Vortrag gibt einen Überblick zur Funktionsweise von 6rd und über den geplanten Dienst.
Evolution of Mobile Networks and IPv6 - APEC TEL49APNIC
1) Mobile networks are transitioning to higher generations like 3G, 4G and LTE, bringing more smart devices online. This rapid growth is driving the need for more IP addresses.
2) Some mobile carriers like T-Mobile USA and Telstra have deployed IPv6 to support this expansion, allowing native IPv6 services on their 3G/4G networks.
3) Global IPv6 deployment is increasing steadily, with early adopters like Verizon seeing over 50% of traffic over IPv6. Mobile networks provide good opportunities to enable IPv6 as a default for new users and services.
You may have hoped to retire before IPv6 became a reality, but unfortunately the IPv4 address exhaustion came too fast. For the rest of us, we’re going to bite off a small piece of the 15-year old IPv6 pie and talk about how to get started!
• Address format refresher
• IPv4 and IPv6 protocol comparison
• IPv6 neighbor discovery and auto-configuration
• Current migration and coexistence strategies
• ICMPv6, DHCPv6, and DNSv6
• How to get started at home
IPv6 Transition Strategies discusses various strategies available to service providers as IPv4 addresses run out, including doing nothing, extending the IPv4 network through NAT, and deploying IPv6 transition technologies. The document defines key terms like dual-stack, NAT, carrier grade NAT, and IPv6 transition methods. It then analyzes the advantages, disadvantages, and applicability of strategies like doing nothing, NAT, dual-stack networks, and IPv6 transition techniques involving tunneling or translation.
This document discusses IPv6 transition and the state of IPv6 adoption. It notes that while IPv4 address exhaustion is a real issue, users do not care and prefer NAT for security. Transition requires cooperation across users, ISPs, devices and content. Statistics show rapid growth of IPv6 adoption by major networks worldwide in the last two years. Full transition to IPv6 is needed to enable unlimited connectivity for cloud/mobile internet and the internet of things going forward.
This document provides a 3-paragraph summary of a 10-page project report on IPv6. The report was submitted by Udipto Ghosh to MIT Pune in partial fulfillment of a post-graduate diploma in management. The summary discusses that IPv6 is an evolutionary upgrade to IPv4 designed to allow continued growth of the internet. It also describes some key features of IPv6 like larger address space and auto-configuration. The transition from IPv4 to IPv6 is expected to occur gradually as IPv6 is deployed incrementally for early benefits while coexisting with IPv4 for a long time.
interoperatbility between IPv4 and IPv6Nitin Gehlot
This document discusses interoperability between IPv4 and IPv6. It outlines challenges with the transition from IPv4 to IPv6 including ensuring minimal downtime and maintaining network reachability and security. It proposes using tunneling techniques like Generic Routing Encapsulation (GRE) to transport IPv6 packets over an IPv4 infrastructure and allow dual stack implementations. The project aims to address scalability between IPv4 and IPv6 using the OSPF routing protocol and virtualizing physical links with Cisco IOS to enable IPv6 multicast routing.
6. IPv6 Internetzugang für Privatkunden: Die Lösung von Swisscom - Martin GysiDigicomp Academy AG
Um ihren Kunden den Zugang zum IPv6 Internet zu ermöglichen, hat Swisscom den 6rd Mechanismus gewählt. Der Vortrag gibt einen Überblick zur Funktionsweise von 6rd und über den geplanten Dienst.
Evolution of Mobile Networks and IPv6 - APEC TEL49APNIC
1) Mobile networks are transitioning to higher generations like 3G, 4G and LTE, bringing more smart devices online. This rapid growth is driving the need for more IP addresses.
2) Some mobile carriers like T-Mobile USA and Telstra have deployed IPv6 to support this expansion, allowing native IPv6 services on their 3G/4G networks.
3) Global IPv6 deployment is increasing steadily, with early adopters like Verizon seeing over 50% of traffic over IPv6. Mobile networks provide good opportunities to enable IPv6 as a default for new users and services.
You may have hoped to retire before IPv6 became a reality, but unfortunately the IPv4 address exhaustion came too fast. For the rest of us, we’re going to bite off a small piece of the 15-year old IPv6 pie and talk about how to get started!
• Address format refresher
• IPv4 and IPv6 protocol comparison
• IPv6 neighbor discovery and auto-configuration
• Current migration and coexistence strategies
• ICMPv6, DHCPv6, and DNSv6
• How to get started at home
IPv6 Transition Strategies discusses various strategies available to service providers as IPv4 addresses run out, including doing nothing, extending the IPv4 network through NAT, and deploying IPv6 transition technologies. The document defines key terms like dual-stack, NAT, carrier grade NAT, and IPv6 transition methods. It then analyzes the advantages, disadvantages, and applicability of strategies like doing nothing, NAT, dual-stack networks, and IPv6 transition techniques involving tunneling or translation.
This document discusses IPv6 transition and the state of IPv6 adoption. It notes that while IPv4 address exhaustion is a real issue, users do not care and prefer NAT for security. Transition requires cooperation across users, ISPs, devices and content. Statistics show rapid growth of IPv6 adoption by major networks worldwide in the last two years. Full transition to IPv6 is needed to enable unlimited connectivity for cloud/mobile internet and the internet of things going forward.
464XLAT Tutorial, by Masataka Mawatari.
Presented at the APNIC 40 "Hypes? Fanfares? Fads? Wading through the muddy IPv6 puddle" session, Wed 9 Sep 2015.
This document discusses enabling interoperability and scalability for the Internet of Things. It proposes using open standards like IPv6 adapted for constrained devices (6LoWPAN) and a lightweight HTTP-like protocol called CoAP. CoAP allows web technologies to be used in constrained environments and integrated with existing web services through proxies and resource directories. This approach aims to avoid vendor lock-in, connect IoT devices to the internet, and allow the web of things to scale through standard interfaces.
This document discusses Internet of Things (IoT) networking standards that enable IoT devices to connect using IPv6. It covers protocols like 6LoWPAN that allow IPv6 to be used over low-power wireless networks, as well as standards for routing (RPL), security (DTLS, CoAP), and device management (LWM2M, SUIT). It also mentions low-power wide area network technologies (LPWANs) and the Thread mesh networking standard that are important for connecting many IoT devices using IPv6.
Non symbolic base64 an effective representation of ipv6 addressIAEME Publication
The document discusses the transition from IPv4 to IPv6 due to the depletion of IPv4 addresses. It proposes a new scheme called Effective and flexible representation Of IPv6 with Base64 to represent IPv6 addresses in a more compact notation of 28 bytes instead of the standard 39 bytes. This is done using the period as a delimiter instead of the colon in IPv6 addresses and using Base64 in a non-symbolic way. The scheme aims to address issues with long IPv6 addresses like memory usage, bandwidth and latency. Cloud computing will benefit from the more compact and user-friendly representation of IPv6 addresses.
This document provides an overview of key networking concepts including networks, IP addresses, IPv4, IPv6, IP classes, subnet masks, DHCP, and DNS. It defines a network as an interconnection between two or more computers that can be connected via cables or wirelessly. It describes IPv4 and IPv6, noting that IPv4 utilizes 32-bit addresses while IPv6 uses 128-bit addresses. It also outlines the classes of IPv4 addresses and how subnet masks are used for routing traffic within subnets. Finally, it distinguishes between public and private IP addresses and explains how DHCP servers are used to assign IP addresses dynamically and the role of DNS in associating domain names with Internet resources.
Cisco Live! :: Introduction to Segment Routing :: BRKRST-2124 | Las Vegas 2017Bruno Teixeira
This session provides an overview of the segment routing technology and its use cases. This new routing paradigm provides high operational simplicity and maximum network scalability and flexibility. You will get an understanding of the basic concepts behind the technology and its wide applicability ranging from simple transport for MPLS services, disjoint routing, traffic engineering and its benefits in the context of software defined networking. Previous knowledge of IP routing and MPLS is required.
This document discusses the benefits of using IPv6 in 3G core networks. It notes that IPv6 addresses the limitations of IPv4, such as limited address space and lack of built-in security and mobility support, which will be important for billions of mobile devices on 3G networks. While transition challenges exist due to existing IPv4 infrastructure, the document argues that 3G core networks should be designed using IPv6 from the start to future-proof the network architecture and simplify interoperability.
Implementation of isp mpls backbone network on i pv6 using 6 pe routers main PPTSatish Kumar
MINI PPT
IPv6 (Internet Protocol version 6) is a revision of the Internet Protocol (IP) developed by the Internet Engineering Task Force (IETF). IPv6 is intended to succeed IPv4.
IPv6 implements a new addressing system that allows for far more addresses to be assigned than with Ipv4.
Multiprotocol Label Switching (MPLS) is deployed by many service providers for establishing their backbone networks.
The Cisco implementation of IPv6 provider edge router over MPLS is called 6PE,and it enables IPv6 sites to communicate with each other over an MPLS IPv4 core network using MPLS label switched paths.
Pv6 Tutorial for Beginners - Learn IPv6 (Internet protocol Version-6) in simple and easy steps. A beginner's tutorial containing complete knowledge of IPv6, IPv6 Features,
This document discusses IPv6, including:
1. An overview of IPv6, which was developed to address the limited address space of IPv4 as internet usage grew exponentially.
2. IPv6 addresses are 128-bit and represented using eight groups of four hexadecimal digits separated by colons.
3. Reasons for the development of IPv6 include supporting more devices connected to the internet and incorporating security features not available in IPv4.
IPv6 is the newest version of the Internet Protocol that provides a 128-bit addressing system to replace IPv4 and address the problem of looming address exhaustion, featuring a vastly expanded address space, simplified header format, and security improvements to meet future networking needs. It was developed by the IETF and became an internet standard in 2017 to support continued growth of devices connected to the internet by providing trillions of addresses for devices using hexadecimal notation groups separated by colons.
This document discusses IPv6 transition strategies for service providers. It begins by noting that the IANA pool of IPv4 addresses has been exhausted and regional registries will soon run out as well. While existing IPv4 networks will continue to function, many devices and applications only support IPv4, creating an "IPv4 long tail" that will be challenging to transition to IPv6. The document then evaluates options for service providers, including dual-stack, translators, and tunnels. It provides more detail on implementing a dual-stack infrastructure in the core network using protocols like IS-IS, OSPF, and BGP. 6PE and 6VPE are introduced as options to provide IPv6 connectivity over an IPv4 MPLS
Q1 On Ch09 Tcpip Protocol Suite And Ip Addressingjerometnewman
The document contains questions and answers from a Cisco networking basics chapter. It tests knowledge of networking concepts like protocols, network layers, IP addressing, and the OSI model. Some key points covered include that TFTP uses UDP, devices need the destination MAC address to communicate locally, and servers should have static IP addresses assigned by an administrator.
Wireless IoT connections fall into two low-power camps: local area and wide area. Historically the two have not overlapped but advances in networking technologies make it possible for wide area technologies to perform the same functions as local area technologies with no additional cost or feature "sacrifice".
The document discusses IPv6 addressing fundamentals and policies. It covers how to obtain IPv6 address space from RIPE, including the different allocation and assignment types. It provides guidelines for creating IPv6 addressing plans, with an example addressing plan that encodes information like function and location in the address. The document also discusses IPv6 transition mechanisms and how they allow connectivity to IPv4 networks during the transition period.
This document discusses various techniques for transitioning from IPv4 to IPv6, including dual stacking, tunneling, and translation services. It provides examples of configuring dual stacking and manual IPv6 tunnels on Cisco routers to connect isolated IPv6 networks over an IPv4 infrastructure. Dual stacking allows hosts and devices to run both IPv4 and IPv6 simultaneously, while tunneling encapsulates IPv6 packets in IPv4 to enable connectivity across non-IPv6 networks. The document demonstrates establishing an IPv6 tunnel between two routers and routing IPv6 packets over the tunnel using RIPng.
T-Mobile USA is pursuing an IPv6 deployment strategy to address IPv4 address exhaustion and prepare for continued growth. Their strategy involves deploying dual-stack with NAT44 initially, but targeting an IPv6-only network with NAT64/DNS64 to transition users. They conducted a friendly user trial of IPv6-only which showed most applications working but identified areas like Skype and video chat that were broken. Their lessons emphasize making the business case, engaging enthusiasts, and creating a roadmap while being mindful of security and digital divide considerations.
IPv6 Transition Strategies discusses various strategies that service providers can take to transition from IPv4 to IPv6 as IPv4 addresses run out. The document outlines strategies such as doing nothing and extending the life of IPv4 through NAT, as well as transition techniques like deploying a dual-stack network with both IPv4 and IPv6, using 6rd for rapid deployment of IPv6 to customers, and employing address translation methods like Carrier Grade NAT, Dual-Stack Lite, NAT64, and 464XLAT. The best long term strategy is considered a fully dual-stack network, but near term options include dual-stack with SP NAT or IPv6 transition techniques that allow continued use of IPv4 where needed.
The document provides an overview of IPv6, including its key features and advantages over IPv4. It discusses IPv6 addressing formats and transition mechanisms from IPv4 to IPv6. IPv6 has a 128-bit address space compared to IPv4's 32-bit, allowing for many more addresses. It also supports features like autoconfiguration, mobility, and security that are improvements over IPv4. Transition techniques like dual stacking, tunneling, and translation allow IPv6 and IPv4 networks to interconnect during the transition period.
The document discusses the transition from IPv4 to IPv6. It notes that IPv4 only provides 4 billion addresses, which is inadequate for today's internet-connected devices, and that IPv6 was developed to address this shortage by providing vastly more addresses. Specifically, IPv6 uses a 128-bit address scheme to allow up to 340 undecillion unique addresses. The document outlines some key advantages of IPv6, such as easier address management and autoconfiguration, as well as built-in security and support for an increasingly mobile internet.
The document discusses the transition from IPv4 to IPv6. It notes that IPv4 only provides 4 billion addresses, which is inadequate for today's internet-connected devices, and that IPv6 was developed to address this shortage by providing vastly more addresses. Specifically, IPv6 uses a 128-bit address scheme to allow up to 3.4×10^38 total addresses. The document then provides details on IPv6 addressing notation, configuration, security features, and mobility support, and notes that a full transition to IPv6 will take many years.
464XLAT Tutorial, by Masataka Mawatari.
Presented at the APNIC 40 "Hypes? Fanfares? Fads? Wading through the muddy IPv6 puddle" session, Wed 9 Sep 2015.
This document discusses enabling interoperability and scalability for the Internet of Things. It proposes using open standards like IPv6 adapted for constrained devices (6LoWPAN) and a lightweight HTTP-like protocol called CoAP. CoAP allows web technologies to be used in constrained environments and integrated with existing web services through proxies and resource directories. This approach aims to avoid vendor lock-in, connect IoT devices to the internet, and allow the web of things to scale through standard interfaces.
This document discusses Internet of Things (IoT) networking standards that enable IoT devices to connect using IPv6. It covers protocols like 6LoWPAN that allow IPv6 to be used over low-power wireless networks, as well as standards for routing (RPL), security (DTLS, CoAP), and device management (LWM2M, SUIT). It also mentions low-power wide area network technologies (LPWANs) and the Thread mesh networking standard that are important for connecting many IoT devices using IPv6.
Non symbolic base64 an effective representation of ipv6 addressIAEME Publication
The document discusses the transition from IPv4 to IPv6 due to the depletion of IPv4 addresses. It proposes a new scheme called Effective and flexible representation Of IPv6 with Base64 to represent IPv6 addresses in a more compact notation of 28 bytes instead of the standard 39 bytes. This is done using the period as a delimiter instead of the colon in IPv6 addresses and using Base64 in a non-symbolic way. The scheme aims to address issues with long IPv6 addresses like memory usage, bandwidth and latency. Cloud computing will benefit from the more compact and user-friendly representation of IPv6 addresses.
This document provides an overview of key networking concepts including networks, IP addresses, IPv4, IPv6, IP classes, subnet masks, DHCP, and DNS. It defines a network as an interconnection between two or more computers that can be connected via cables or wirelessly. It describes IPv4 and IPv6, noting that IPv4 utilizes 32-bit addresses while IPv6 uses 128-bit addresses. It also outlines the classes of IPv4 addresses and how subnet masks are used for routing traffic within subnets. Finally, it distinguishes between public and private IP addresses and explains how DHCP servers are used to assign IP addresses dynamically and the role of DNS in associating domain names with Internet resources.
Cisco Live! :: Introduction to Segment Routing :: BRKRST-2124 | Las Vegas 2017Bruno Teixeira
This session provides an overview of the segment routing technology and its use cases. This new routing paradigm provides high operational simplicity and maximum network scalability and flexibility. You will get an understanding of the basic concepts behind the technology and its wide applicability ranging from simple transport for MPLS services, disjoint routing, traffic engineering and its benefits in the context of software defined networking. Previous knowledge of IP routing and MPLS is required.
This document discusses the benefits of using IPv6 in 3G core networks. It notes that IPv6 addresses the limitations of IPv4, such as limited address space and lack of built-in security and mobility support, which will be important for billions of mobile devices on 3G networks. While transition challenges exist due to existing IPv4 infrastructure, the document argues that 3G core networks should be designed using IPv6 from the start to future-proof the network architecture and simplify interoperability.
Implementation of isp mpls backbone network on i pv6 using 6 pe routers main PPTSatish Kumar
MINI PPT
IPv6 (Internet Protocol version 6) is a revision of the Internet Protocol (IP) developed by the Internet Engineering Task Force (IETF). IPv6 is intended to succeed IPv4.
IPv6 implements a new addressing system that allows for far more addresses to be assigned than with Ipv4.
Multiprotocol Label Switching (MPLS) is deployed by many service providers for establishing their backbone networks.
The Cisco implementation of IPv6 provider edge router over MPLS is called 6PE,and it enables IPv6 sites to communicate with each other over an MPLS IPv4 core network using MPLS label switched paths.
Pv6 Tutorial for Beginners - Learn IPv6 (Internet protocol Version-6) in simple and easy steps. A beginner's tutorial containing complete knowledge of IPv6, IPv6 Features,
This document discusses IPv6, including:
1. An overview of IPv6, which was developed to address the limited address space of IPv4 as internet usage grew exponentially.
2. IPv6 addresses are 128-bit and represented using eight groups of four hexadecimal digits separated by colons.
3. Reasons for the development of IPv6 include supporting more devices connected to the internet and incorporating security features not available in IPv4.
IPv6 is the newest version of the Internet Protocol that provides a 128-bit addressing system to replace IPv4 and address the problem of looming address exhaustion, featuring a vastly expanded address space, simplified header format, and security improvements to meet future networking needs. It was developed by the IETF and became an internet standard in 2017 to support continued growth of devices connected to the internet by providing trillions of addresses for devices using hexadecimal notation groups separated by colons.
This document discusses IPv6 transition strategies for service providers. It begins by noting that the IANA pool of IPv4 addresses has been exhausted and regional registries will soon run out as well. While existing IPv4 networks will continue to function, many devices and applications only support IPv4, creating an "IPv4 long tail" that will be challenging to transition to IPv6. The document then evaluates options for service providers, including dual-stack, translators, and tunnels. It provides more detail on implementing a dual-stack infrastructure in the core network using protocols like IS-IS, OSPF, and BGP. 6PE and 6VPE are introduced as options to provide IPv6 connectivity over an IPv4 MPLS
Q1 On Ch09 Tcpip Protocol Suite And Ip Addressingjerometnewman
The document contains questions and answers from a Cisco networking basics chapter. It tests knowledge of networking concepts like protocols, network layers, IP addressing, and the OSI model. Some key points covered include that TFTP uses UDP, devices need the destination MAC address to communicate locally, and servers should have static IP addresses assigned by an administrator.
Wireless IoT connections fall into two low-power camps: local area and wide area. Historically the two have not overlapped but advances in networking technologies make it possible for wide area technologies to perform the same functions as local area technologies with no additional cost or feature "sacrifice".
The document discusses IPv6 addressing fundamentals and policies. It covers how to obtain IPv6 address space from RIPE, including the different allocation and assignment types. It provides guidelines for creating IPv6 addressing plans, with an example addressing plan that encodes information like function and location in the address. The document also discusses IPv6 transition mechanisms and how they allow connectivity to IPv4 networks during the transition period.
This document discusses various techniques for transitioning from IPv4 to IPv6, including dual stacking, tunneling, and translation services. It provides examples of configuring dual stacking and manual IPv6 tunnels on Cisco routers to connect isolated IPv6 networks over an IPv4 infrastructure. Dual stacking allows hosts and devices to run both IPv4 and IPv6 simultaneously, while tunneling encapsulates IPv6 packets in IPv4 to enable connectivity across non-IPv6 networks. The document demonstrates establishing an IPv6 tunnel between two routers and routing IPv6 packets over the tunnel using RIPng.
T-Mobile USA is pursuing an IPv6 deployment strategy to address IPv4 address exhaustion and prepare for continued growth. Their strategy involves deploying dual-stack with NAT44 initially, but targeting an IPv6-only network with NAT64/DNS64 to transition users. They conducted a friendly user trial of IPv6-only which showed most applications working but identified areas like Skype and video chat that were broken. Their lessons emphasize making the business case, engaging enthusiasts, and creating a roadmap while being mindful of security and digital divide considerations.
IPv6 Transition Strategies discusses various strategies that service providers can take to transition from IPv4 to IPv6 as IPv4 addresses run out. The document outlines strategies such as doing nothing and extending the life of IPv4 through NAT, as well as transition techniques like deploying a dual-stack network with both IPv4 and IPv6, using 6rd for rapid deployment of IPv6 to customers, and employing address translation methods like Carrier Grade NAT, Dual-Stack Lite, NAT64, and 464XLAT. The best long term strategy is considered a fully dual-stack network, but near term options include dual-stack with SP NAT or IPv6 transition techniques that allow continued use of IPv4 where needed.
The document provides an overview of IPv6, including its key features and advantages over IPv4. It discusses IPv6 addressing formats and transition mechanisms from IPv4 to IPv6. IPv6 has a 128-bit address space compared to IPv4's 32-bit, allowing for many more addresses. It also supports features like autoconfiguration, mobility, and security that are improvements over IPv4. Transition techniques like dual stacking, tunneling, and translation allow IPv6 and IPv4 networks to interconnect during the transition period.
Similar to Auto Configuration FOR IP NETWORKING in DUAL STACK MOBILE INTERNET PROTOCOL VERSION 6.0 (DSM-IPv6) implement Techniques by Narender Singh Sandhu
The document discusses the transition from IPv4 to IPv6. It notes that IPv4 only provides 4 billion addresses, which is inadequate for today's internet-connected devices, and that IPv6 was developed to address this shortage by providing vastly more addresses. Specifically, IPv6 uses a 128-bit address scheme to allow up to 340 undecillion unique addresses. The document outlines some key advantages of IPv6, such as easier address management and autoconfiguration, as well as built-in security and support for an increasingly mobile internet.
The document discusses the transition from IPv4 to IPv6. It notes that IPv4 only provides 4 billion addresses, which is inadequate for today's internet-connected devices, and that IPv6 was developed to address this shortage by providing vastly more addresses. Specifically, IPv6 uses a 128-bit address scheme to allow up to 3.4×10^38 total addresses. The document then provides details on IPv6 addressing notation, configuration, security features, and mobility support, and notes that a full transition to IPv6 will take many years.
IPv6 was developed as a replacement for IPv4 to address limitations in IPv4 including address depletion. IPv6 uses a 128-bit address space compared to IPv4's 32-bit address space, providing trillions of times more addresses. IPv6 supports features like auto-configuration, end-to-end connectivity without NAT, faster routing, and security through IPsec.
in this slides the topic of internet protocol version 6 is covered in very easy form that help the beginners of networking students .. l for more suggestions comment there
This document summarizes an academic project report on building a DNS server that supports IPv6 name resolution. The project configured a server with full IPv4 and IPv6 support in hosts and routers. It used IPv6 over IPv4 encapsulation to carry IPv6 packets over an IPv4 network. The objective was to set up a Linux IPv6 DNS server to allow IPv6 name resolution using the latest version of BIND. The project created a dual IP stack node with full IPv4 and IPv6 support by configuring the kernel using shell and C programming scripts.
The document discusses IPv6 and its adoption. It provides an agenda for an IPv6 overview presentation, covering topics like IPv6 opportunities and risks, adoption trends, and enterprise preparation. HP is presented as a leader in IPv6 support and implementation across its products. The need to plan for IPv6 adoption and potential triggers for transition are also addressed.
The document describes a new transition methodology called BD-SIIT (Bi-Directional Stateless Internet Protocol/Internet Control Messaging Protocol Translation) for translating between IPv4 and IPv6. BD-SIIT uses a bidirectional mapping algorithm between IPv4 and IPv6 headers and addresses. It proposes using a new address mapping approach that identifies two public addresses (IPv4 and IPv6) instead of using IPv4-mapped IPv6 addresses. The paper evaluates the performance of BD-SIIT based on metrics like end-to-end delay, throughput, and round-trip time and finds that it outperforms other transition mechanisms like DSTM.
Implementation of “Traslator Strategy” For Migration of Ipv4 to Ipv6IJERA Editor
This paper is focused on the Translator strategy for migration of IPv4 to Ipv6 implemented in Cisco packet
tracer. It describes the design and configuration of network devices and packet transfer between devices of IPv4
and IPv6 networks using NAT-PT as transition mechanism. First major version of IP, IPv4 is the dominant
protocol of internet.IPv6 is developed to deal with long anticipated problem of IPv4 running out of addresses.
The migration from IPv4 to IPv6 must be implemented node by node by using auto-configuration procedures to
eliminate the need to configure IPv6 hosts manually.
A Survey On Next Generation Internet Protocol IPv6Carrie Romero
This document discusses IPv6 and the need to transition from IPv4 to IPv6. It provides an overview of IPv6, including that IPv6 was developed to address the limited address space of IPv4 and improve security. It also discusses some of the key challenges in transitioning to IPv6, such as the need for IPv6 and IPv4 to coexist during transition. The document summarizes various transition techniques between IPv6 and IPv4, including dual stack, tunneling, and translation methods.
This document summarizes Jeff Schmidt's presentation on Telstra's deployment of IPv6 for mobiles. Key points include:
1) Telstra implemented IPv6 to future-proof their network and address IPv4 depletion issues, using dual-stack and 464XLAT architectures.
2) Business drivers were addressing the growing traffic demand and enabling new technologies like IoT, while technical drivers addressed IPv4 depletion and inefficiencies.
3) The deployment included addressing and subnetting plans, network security designs, and testing multiple deployment models.
This document compares the performance of IPv4, IPv6, and tunneling (6to4) networks using computer simulations in OPNET 17.5. The simulation analyzed delay, throughput, and packet loss over 1 hour. The results showed that IPv6 had higher delay than IPv4 due to its larger header, while tunneling had the highest delay. Throughput was highest for IPv6 and lowest for IPv4. Packet loss was lowest for IPv4 and highest for IPv6. In conclusion, the network performance varied between the different addressing schemes and tunneling technique.
Performance Evaluation of IPv4 Vs Ipv6 and Tunnelling Techniques Using Optimi...IOSR Journals
This document compares the performance of IPv4, IPv6, and tunneling (6to4) networks using computer simulations in OPNET 17.5. The simulation analyzed delay, throughput, and packet loss over 1 hour. The results showed that IPv6 had higher delay than IPv4 due to its larger header, while tunneling had the highest delay. Throughput was highest for IPv6 and lowest for IPv4. Packet loss was lowest for IPv4 and highest for IPv6. In conclusion, the network performance varied between the different addressing schemes and tunneling in terms of delay, throughput, and packet loss.
This document discusses IPv6, the next generation Internet protocol. It motivates the need for IPv6 due to limitations in IPv4, including address exhaustion from growth. IPv6 features a vastly larger 128-bit address space to solve this, as well as other improvements like mandatory security, simplified packet processing, and quality of service support. However, IPv6 adoption has been slow due to costs of transition and a lack of demand from existing IPv4 infrastructure. Currently only a small percentage of traffic and network infrastructure support IPv6, though it is meant to eventually replace IPv4 as the dominant Internet protocol.
The document discusses the need to redesign the routing and addressing architecture of the Internet as identified by the Internet Architecture Board due to concerns over the scalability of today's routing system and the impending exhaustion of IPv4 addresses. It focuses on proposals to resolve these issues that are based on a common philosophy of separating location and identity in addressing, called the 'Loc/ID split'. The article will focus on achieving consensus on an addressing method that incorporates location.
This document provides an overview and agenda for a course on Introduction to IPv6 for Service Providers. The course covers IPv6 essentials such as addressing, operations, applications/services, routing protocols, and transition strategies. It discusses the rationale for adopting IPv6 including the depletion of IPv4 addresses and the need to support the growing number of internet-connected devices. The document outlines some of the key limitations of IPv4 like fragmentation and the issues with long-term reliance on Network Address Translation (NAT) to overcome the address space depletion.
The document describes a new transition methodology called BD-SIIT for translating between IPv4 and IPv6. BD-SIIT uses a bidirectional mapping algorithm between IPv4 and IPv6 headers and addresses. It avoids embedding the IPv4 address directly into the IPv6 address. Instead, it uses a new address mapping approach based on identifying corresponding public IPv4 and IPv6 addresses.
This document summarizes gogo6's IPv6 access and IPv4 coexistence solutions. It introduces gogo6's TSP tunneling technology which allows IPv6 connectivity over IPv4 networks using plug-and-play CPE devices. The solution scales gradually by adding more gateway servers as traffic increases and provides a way to transition networks to IPv6 without replacing entire infrastructures.
This document presents information about IPv6 including:
- IPv6 was developed as an updated internet protocol to replace IPv4 and provide a larger address space as the number of internet users and devices grows.
- It has a 128-bit address space compared to 32-bits in IPv4, allowing for many more IP addresses.
- IPv6 also includes features like improved security, mobility and auto-configuration to make it better suited for modern networks and the growing internet of things.
This document discusses challenges with deploying IPv6 customer edge (CE) routers and potential solutions. It notes that CE router development requires additional costs for hardware, software, testing and support. ISPs also have additional configuration complexity due to different IPv6 technologies. End users find setup complicated. To address this, the document suggests CE routers could automatically configure themselves by obtaining more detailed uplink information, following a standard method. This would allow easy or zero configuration, improving IPv6 deployment.
OpenStack Neutron has expanded its support for IPv6 addressing in tenant networks. It now supports stateless address autoconfiguration (SLAAC), DHCPv6-stateless, and DHCPv6-stateful addressing schemes. Neutron also allows dual-stack configuration of IPv4 and IPv6 addresses on ports and routers. Additional changes were made to security groups and port behavior to support IPv6. Future development is focused on IPv6 prefix delegation to simplify assignment of global unique IPv6 addresses for tenant networks.
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Auto Configuration FOR IP NETWORKING in DUAL STACK MOBILE INTERNET PROTOCOL VERSION 6.0 (DSM-IPv6) implement Techniques by Narender Singh Sandhu
1. (A THESIS ENTITLED)
AUTO CONFIGURATION FOR
IP NETWORKING IN DUAL STACK MOBILE INTERNET PROTOCOL
VERSION 6.0 (DSM-IPV6) IMPLEMENT TECHNIQUES
Thesis submitted in fulfillment of the requirements for the
Degree of
MASTER OF PHILOSOPHY
Under the supervision of
Dr. Jahid Ali
Presented By
Narender Singh Sandhu
DEPARTMENT OF COMPUTER APPLICATION
SRI SAI UNIVERSITY, PALAMPUR, H.P.
AutoconfigurationIPNetworkingDSMIPv6implementtechniquesbyN.S.Sandhu
1
2. CONTENTS…
Introductions
Literature Review
Auto-configuration IP Co-Existence Techniques
Present work
PROBLEM FORMULATION
PROPOSED METHODOLOGY
OBJECTIVES
FACILITIES REQIURED
IMPLEMENT AND PROPOSED TECHNIQUES
INTRODUCTION
AD-HOC AND MOBILE AD-HOC NETWORKING PLATFORM
RESULT COMPARISION WITH PRESENT WORK
REFERENCES
2
AutoconfigurationIPNetworkingDSMIPv6implementtechniquesby
N.S.Sandhu
3. PLANNING OF THESIS
1. Research Area i.e. Autoconfiguration Internet Protocol and Dual
Stack Mobile IP Networking.
2. Reviewed the literature for the topic.
3. Identify the problem and objects in the current protocol
(Autoconfiguration IP Networking and Dual Stack IP Networking.
4. Implementation techniques that can overcome the problems
(Using AD-HOC Network and Mobile Ad-Hoc Network Technique)
5. Compare and Result
3
AutoconfigurationIPNetworkingDSMIPv6implementtechniquesby
N.S.Sandhu
4. INTRODUCTIONS
This presentation is overview of Auto-configuration IP networking and Dual-Stack
Mobile IPv6 and how to implement Ad Hoc Configuration Protocols (AHCP) and
Mobile Ad Hoc Networks (MANET’s) technology to improved IP networking
Protocols.
Today challenging task in IP Networking two network configure themselves or
independently. The Important feature in IP Networking Assigning IP address Manually to
Automatically in IPv4 into IPv6 according to protocol of the IP mechanism.
Auto-configuration is concepts of assigning IP address automatically configure in IP
networking. This parameter assigned by static and dynamic configuration obtain
changing any time.
The IP mechanism for Auto-configuration and assigning Address depend on server
Dynamic Host Configuration Protocol (DHCP). Auto-configures original designed for the
Mobile IPv6 and Dual Stack Mobile IPv6.
4
AutoconfigurationIPNetworkingDSMIPv6implementtechniquesby
N.S.Sandhu
5. Mobile IP is a technology that allows mobile devices users to
move from one network to another networks and Dual-Stack
mechanism supporting with two different nodes which are both
IPv4 and IPv6 inter-connected with routers.
Auto-configuration and Extend Address Space between IPv4
and IPv6 and How to Improve mobility and extensibility in Mobile
IP networking. Several terms and techniques are necessary to
implements day wise day in IP networking.
5
AutoconfigurationIPNetworkingDSMIPv6implementtechniquesby
N.S.Sandhu
6. REVIEW LITERATURE
In 2018, Dr. Jitendranath Mungara, Prof. Shoba M S, Satish Raj present
IPv4 and IPv6 using Dual-Stack Tunnelling and Translation and the introduction
of IPv6 has opened up several references and use to Networking Address
Translator (NAT).
In 2017, Khalid EL Khadiri, Najib E Kamoun, Ouidad Labouidya and
Rachid HILAL, A novel Solution for the transition from IPv4 and IPv5. The
numbers of IPv4 addresses is limited and insufficient to respond to the
explosions of demand for new addresses for connected devices, including
connected objects and smart phones.
In 2018, Adarsh Misra, Harsha Chawla, Performance Analysis of IPv6 Dual-
Protocol Stack and Tunnel Transition IPv4 and IPv6 transition rolls out several
issues to the internet world. Introduce some transition mechanisms involving IP
transition and Dual Stack IP.
In 2017, A Munjal, Y. N. Singh, A. K. Phaneendra and A. Roy, Defined IPv4
based hierarchical distributive auto-configuration protocol for magnets.
In 2017, D. Oliveira, Ruy de Oliveira, and Torsten, presented TCP in wireless
mobile Ad hoc Networks 6
AutoconfigurationIPNetworkingDSMIPv6implementtechniquesby
N.S.Sandhu
7. AUTO-CONFIGURATION IP CO-EXISTENCE TECHNIQUES
7
Auto-Configuration IP Addresses
Co-Existence
Techniques
Stateful and
Stateless
Dual-Stack and Network Translation
(NAT)
DHCP Server
TABLE – SHOW THE VARIOUS IP ADDRESSES AUTO-CONFIGURATION CO-EXISTENCE TECHNIQUES
Co-Existence Types Address Autoconfiguration Prefix Derived From Address Configuration
Manual N/A Manual Manual IPv4
Stateful Yes DHCP Auto DHCP
Stateless N/A Router Advertisement
(RA)
Manual
AutoconfigurationIPNetworkingDSMIPv6implementtechniquesby
N.S.Sandhu
8. PROBLEM FORMULATION
This is great for simple networks no configuration at all
is required. Because of it only solves part of the
problem.
DHCP server is used to assign IPv4 addresses, but not
all that’s is used for typical DHCP reply and DNS
servers.
IPv6 autoconfiguration allows the host to assign itself an
IP addresses, but how to get the other bits of
information.
This is problem that the IPv6 working group spent a lot
of time thinking about, and how to come up with a lot of
different solutions.
Now the solution is need advanced features promised
by next generation protocol. And need to implements
during transition autoconfiguration IPv6 and DSM-IPv6
networks we required Ad Hoc Networks and MANET’
techniques for necessary for that. 8
AutoconfigurationIPNetworkingDSMIPv6implementtechniquesby
N.S.Sandhu
9. PROPOSED METHODOLOGY
9
AutoconfigurationIPNetworkingDSMIPv6implementtechniquesby
N.S.Sandhu
Step1: Define the area where the Auto-configuration IP network to be created.
Step 2: Initializing AHCP,MANET parameter.
Step 3: Deploying No. of Nodes in the network.
Step 4: Implementing existing IP Autoconfiguration Protocol.
Step 5: Initialize Dual Stack Mobile IP and DHCP parameter for routing.
Step 6: Defining Migration and Emigration Architectures .
Step 7: Checking Lifetime and Data Consumption.
Step 8: Compare and Analysis Architecture layout of AHCP,MANET and DSM-IP
10. OBJECTIVES
Autoconfigures protocol for Dual-Stack IPv4 into
IPv6 network using advance ADHCP and DHCPv6
Improve Mobility devices Services with IPv6 and
Extended Address Space between IPv4 to IPv6.
Dual-Stack implementation of Mobile IPv6 (DSM-
IPv6) and the Mobile IPv6 Daemon (MIPv6)
10
AutoconfigurationIPNetworkingDSMIPv6implementtechniquesby
N.S.Sandhu
11. FACILITIES REQUIRED FOR PROPOSED WORK
Cisco Packet Tracer VPN
Dynamic Host Configuration Protocol version 6
(DHCPv6) and Daemon Server which contained
MIPv6 and DSM-IPv6 and Router Manufacturers.
Cisco Storm-Control Configuration
Foundry Network and Extreme Network support
IPv6.
11
AutoconfigurationIPNetworkingDSMIPv6implementtechniquesby
N.S.Sandhu
13. MOBILE AD –HOC NETWORKS (MANET’S) AND
AD HOC CONFIGURATION PROTOCOL (AHCP)
ARCHITECTURAL LAYOUT
Mobile Ad-Hoc Networks
Today we are working with wireless technology is wide
communicating services for all protocols in mobile devices.
and mobile techniques do not use exiting communication
infract infrastructure
Mobile Ad-Hoc Network (MANET) self configuring network of
mobile node that are connected with wireless technology and
Auto-configuring IP network with Ad –Hoc Network.
Mobile Nodes are free to move wireless communication
technologies and advance mobile wireless computing is
extended wide use of applications also involve IP network
wireless communication example
WiMax and Cellular System, WLAN
Infrastructure – Less network like MANET 13
AutoconfigurationIPNetworkingDSMIPv6implementtechniquesby
N.S.Sandhu
14. MOBILE AD-HOC NETWORKING
14
Figure – Show Wireless Network Topology for MANET Protocol
1. Wireless based infrastructure (MAP) Multiple Access Point and (MBS) Multiple Base
Station is based on WLAN or Cellular Network.
2. Mobile Node (MN) can use (MAS) Multiple Service Areas and Connected Switching
need to carry out of MAP /MBS level
AutoconfigurationIPNetworkingDSMIPv6implementtechniquesby
N.S.Sandhu
15. LESS INFRASTRUCTURE OF MOBILE AD-HOC NETWORK
MANET network autoconfigures multiple access point and
multiple based point auto connected with cellular networks.
To support mobility and communication between various mobile
nodes like MN1 to MN6 possible through MN2,MN3,MN4,MN5
to interconnected all nodes. 15
AutoconfigurationIPNetworkingDSMIPv6implementtechniquesby
N.S.Sandhu
16. AD –HOC NETWORK AUTO-CONFIGURATION
IP ADDRESSING
AHCP is Autoconfiguration protocol for IPv6 and Dual-
Stack IPv6/IPv4 networks designed to be used in place
of router discovery and DHCP on network where it is
difficult to configure a server like Mobile Ad –Hoc
Network (MANET).
AHCP will Automatically configure IPv4 and IPv6
addresses, name servers and Network Transfer
Protocols (NTP).
AHCP and DHCP provided services of Autoconfiguration
and server facilities in a communication network.
DHCP server assigning IP addresses and works with
Identity of nodes. And many network come with unique
IP addresses and independently configure a node to
nodes working with the MANET method. 16
AutoconfigurationIPNetworkingDSMIPv6implementtechniquesby
N.S.Sandhu
17. INTERNET PROTOCOL (IP) ADDRESS DIVISION
When IP addresses assigning we need to division in two or more sub-
network is called Partitioning.
Partition of IP address range from
192.168.1.10 /50 to 192.168.1.16/50
DHCP assigning address to nodes in partitions unit and Decrease in numbers of IP
addresses that can allocated.
17
AutoconfigurationIPNetworkingDSMIPv6implementtechniquesby
N.S.Sandhu
18. PROCESS AND ANALYSIS FACTORS
Autoconfiguration of IP address studies showing Statistical graphs, Papers related to
autoconfiguration are rated on: -
Flexibility is ease and speed with which address auto-configuration algorithm
can adapt to changing network conditions like Address format etc.
Reliability means IP address autoconfiguration in MANET without any error and
failure.
Heterogeneity refers to different address formats and ways to assign them to
nodes. It also refers to the merging of different networks and enable
communication.
18
AUTOCONFIGURATION ADDRESS ASSIGNING OF
MANET ADOPTION OF VARIOUS RATING FACTORS FOR A
ADDRESS AUTOCONFIGURATION IN MANET
AutoconfigurationIPNetworkingDSMIPv6implementtechniquesby
N.S.Sandhu
19. Dual-Stack Mechanism
Dual Stack network working with two different
nodes IPv4 and IPv6 interconnected with routers.
IPv4 and IPv6 one network shift in other network to
provide more address space and control the traffic
of dual stack network.
This mechanism need to work with routers, IPv4,
IPv6, DNS, Tunneling, Virtual Private Network
(VPN), and Data link etc.
Dual Stack need to want deploy on their internet
network infrastructure and able to run IPv4 and
IPv6 parallel. 19
DUAL-STACK MOBILE INTERNET PROTOCOL VERSION 6(DSM-IPV6) AND
MOBILE INTERNET PROTOCOL VERSION 6 (MIPV6)
ARCHITECTURAL LAYOUT
AutoconfigurationIPNetworkingDSMIPv6implementtechniquesby
N.S.Sandhu
20. DUAL STACK MECHANISMS
IPv4 and IPv6 connected with Dual Stack router and DNS server
convert IPv4 address into IPv6 for destination recourse.
20
AutoconfigurationIPNetworkingDSMIPv6implementtechniquesby
N.S.Sandhu
21. DUAL STACK ALLOW IPV4 AND IPV6
21
AutoconfigurationIPNetworkingDSMIPv6implementtechniquesby
N.S.Sandhu
22. MOBILE INTERNET PROTOCOL VERSION 6 (MIPV6)
Mobile IP and Dual-Stack Mobile IP is new technology
use current IP networking.
Mobile IP and Dual-Stack Mobile IP protocol require the
signaling message between the Mobile node and Home
agent is also associated with a care-of-address which
are control traffic of Home Agent (HA) and Mobile Node
(MN).
When IPv4 and IPv6 globally connected and interface
with DNS than HA and MN traffic links Tunneling where
IPv4 address encapsulate in IPv6 address.
Than DSMIPv6 required DHCPv6 server for Auto-
configuration IP addresses in Host Machine ipv6.
Network Address Translation (NAT) techniques help to
auto-configuration and extend address space between
IPv4 to IPv6
- IPv4 address -> 192.168.1.1
NAT
- IPv6 address -> FE80::207:ECFF:FEAS:705B
22
AutoconfigurationIPNetworkingDSMIPv6implementtechniquesby
N.S.Sandhu
23. 23
MOBILE IPV4 SIGNALING PASSING BETWEEN HOME AGENT TO
MOBILE NODE THROUGH FOREIGN AGENT
AutoconfigurationIPNetworkingDSMIPv6implementtechniquesby
N.S.Sandhu
24. 24
MOBILE IPV6 SIGNALING PASSING BETWEEN HOME AGENT TO
MOBILE NODE WITHOUT INTERFACE FOREIGN AGENT
AutoconfigurationIPNetworkingDSMIPv6implementtechniquesby
N.S.Sandhu
25. 25
MOBILE IP SIGNALING PASSING BETWEEN HOME AGENT
AND MOBILE NODES
AutoconfigurationIPNetworkingDSMIPv6implementtechniquesby
N.S.Sandhu
26. 26
WORKING ARCHITECTURE OF MOBILE IP
TESTING ENVIRONMENT - THIS ARCHITECTURE DESIGN IN Cisco Packet Tracer Software
AutoconfigurationIPNetworkingDSMIPv6implementtechniquesby
N.S.Sandhu
28. EXTEND ADDRESS SPACE BETWEEN IPV4 AND IPV6
USING NETWORK ADDRESS TRANSLATION
NAT is a method of remapping one IP address space into another space it
another by modifying network address information in the IP header of
packets are transit across a traffic of routing device
IP network using old NAT tables are eliminated in IPv6. NAT extend
address space in IPv4 and IPv6 increase the address size from 32 bit
(about 4 billion) to 128 bits (enough for every molecule in the solar system)
28
WORKING SCENARIO IPV4 HEADER 32 -BIT WORKING SCENARIO IPV6 HEADER 128-BIT
AutoconfigurationIPNetworkingDSMIPv6implementtechniquesby
N.S.Sandhu
29. IPV4 & IPV6 COMPARISON (ADDRESSES)
IPv4 IPv6
Address Size 32-bit number 128-bit number
Number of
Addresses
232 = 4,294,967,296
= 4 billion
addresses
2128 = 340,282,366,920,
938,463,463,374,607,431,
768,211,456
Addresses =340 trillion
Address
Format
Decimal notation:
192.146.200.67
Hexadecimal notation:
2001:5Feb:Beef::Cafe
Prefix
notation
192 146 0 0/24 2001:5Feb:Beef::/48
29
AutoconfigurationIPNetworkingDSMIPv6implementtechniquesby
N.S.Sandhu
30. ADDRESS CONFIGURATION
Three ways of configuration:
1. Manual (Least preferred, but possible)
2. DHCPv6 required a Server
3. NAT Autoconfiguration
30
AutoconfigurationIPNetworkingDSMIPv6implementtechniquesby
N.S.Sandhu
31. NAT TRANSLATED TRAFFIC FLOW INITIATED BY IPV6 NETWORK
IPv4 and IPv6 Channel of communication and the effect of protocol
routing on router
31
AutoconfigurationIPNetworkingDSMIPv6implementtechniquesby
N.S.Sandhu
33. PARAMETERS USED AND EXPERIMENTAL SETUP TOPOLOGY
IP Address Assignment
Ad Hoc IP Address Auto-configuration
Mobile Ad-Hoc Configuration Network
Dynamic Host Configuration Protocols
33
AutoconfigurationIPNetworkingDSMIPv6implementtechniquesby
N.S.Sandhu
34. RESULT
Auto-configuration
statistics assignment
versus MANET which
number of paper publish
on address assignment
is approximately 6.5
percent of the total
MANET
34
o Auto-configuration concluded that address assignment need to use Ad-Hoc Network
with interfacing MANET.
o Challenging mechanism for IP address assignment to calculate no of papers
covering address assigning and concluded most of the time researchers are
condemned with partition of MANET and merging of several MANET and duplicate
address detection.
o Now the requirement of research in these aspects of address assignment and
considered Flexibility, Reliability, and Heterogeneity. These are many factors are
encourage researchers to formulate a new theory and explanation.
CHALLENGE OF AUTO-CONFIGURATION OF ADDRESS
ASSIGNMENTS
AutoconfigurationIPNetworkingDSMIPv6implementtechniquesby
N.S.Sandhu
35. INTERNET PROTOCOL AUTO-CONFIGURATION
Automatically configured hosts dynamically participate in
assignment and maintaining their configuration parameters
which have only local significance.
IP configuration depend server DHCP and DNS extension
considered two main techniques configure and automatic
operation.
35
AUTO-CONFIGURATION IP NETWORK IN CISCO PACKET TRACKER
AutoconfigurationIPNetworkingDSMIPv6implementtechniquesby
N.S.Sandhu
36. CISCO PACKET TRACE IP ADDRESSES AUTO-CONFIGURATION
Both exclusive requires a transition form automatic (Local) to
dynamic (Global) configuration Mobile Internet Protocol version 6
(MIPv6) hosts attempts obtain IP configuration via DHCP and its
request to address responds assigned automatic configuration.
36
AutoconfigurationIPNetworkingDSMIPv6implementtechniquesby
N.S.Sandhu
37. CONCLUSION
Autoconfiguration in IP address is a major issue
that still needs attention from active researchers. To
study of Auto-configuration facing problem in IP
address using the mechanism of DHCP, AHCP, and
MANET partition method for a division IP
addresses.
Proposed methods to solve Autoconfiguration IP
networks are available in the literature. And paid
scalability and assigning IP address.
There is also work in future aspects IPv6 with
DHCPv6 developing method by taking the
environment of Mobile Ad-Hoc Network (MANET)
37
AutoconfigurationIPNetworkingDSMIPv6implementtechniquesby
N.S.Sandhu
38. RESULT AND EVALUATION OF DUAL-STACK MOBILE
INTERNET PROTOCOL VERSION 0.6
Parameters used and experimental setup topology
1. 1. Home Agent and Mobile Node working
IPv4 and IPv6
2. 2. IPv6 Prefix Request Extension
3. 3. IPv6 Prefix Reply Extension
4. 4. Extension formats – IPv6 tunneling
Mode Extension
38
AutoconfigurationIPNetworkingDSMIPv6implementtechniquesby
N.S.Sandhu
39. EXPERIMENT SETUP OF IPV4 TUNNELING
Tunneling is a technique of transitions of IPv6 node and they
need to support IPv6. Tunneling method working with many
transitions of IPv6 packets and these packets routed through
the IPv4 routers
39
IPV4 NETWORK TUNNELING SCENARIO WITH HOSTS AND ROUTERS
HH- HOST-TO-HOST
HR – HOST-TO-ROUTER
RR- ROUTER –TO-ROUTER
AutoconfigurationIPNetworkingDSMIPv6implementtechniquesby
N.S.Sandhu
40. CONCLUSION
Dual-Stack IPv4 and IPv6 and Mobile IPv6 with nodes
while IPv6 home address or prefix maintaining
detachability of ongoing session
IPv4 home address in upper layers and Mobile node
support an IPv4 care-of-address.
Dual Stack mobile node to request to home agent also
tunnel of IPv4/IPv6 packets addressed to their home
addresses and extend Mobile IPv6 capabilities.
The benefits of large address space allow mobile nodes
to care-of-address and improved IPv6 in mobile node
and allow long-lasting mobility within network.
40
AutoconfigurationIPNetworkingDSMIPv6implementtechniquesby
N.S.Sandhu
41. FUTURE WORK
In future, Auto-configuration IP networking or Dual Stack
Mobile IP we discuss the approaches in this
presentation now future work present a conflict –free
because of single addresses, Ad Hoc routing all features
available in MANET and future interaction DHCPv6 and
Router Advertisement used as a new protocol, and
support the solution of autoconfiguration also proposed
IP address autoconfiguration mechanism support
Internet gateway discovery are connected with MANET
Future work Proxy Mobile IPv6 (PM-IPv6) and Mobile
IPv6 fast handover (FM-IPv6)
However, further study concerning future assignments
41
AutoconfigurationIPNetworkingDSMIPv6implementtechniquesby
N.S.Sandhu