Ahmed Helmy. A multicast-based protocol for IP mobility support. In Networked Group Communication, pages 49-- 58, 2000. Home/Search Document Details and Download
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Mobile Voice Over IP (MVOIP): An Application-level Protocol .. - Mills-Tettey, Kotz (Correct)
....ubiquitous deployment of IPv6, it promises to be the solution to IP mobility in future networks. It is not yet supported by many hosts or routers. Other proposed IP layer mobility support systems include HAWAII, proposed by Ramjee et al. [17] 18] and a multicast based system proposed by Helmy [6]. Both these systems are geared towards low latency real time data and avoid the triangular routing found in Mobile IP. They do, however, require special IPlayer support in the form of sophisticated base stations in the former and multicast support in the latter. Liao [8] proposes an ....
A.Helmy, "A multicast-based protocol for IP mobility support," Proceedings of NGC 2000.
Multicast-Based Mobility: A Novel Architecture for.. - Helmy, Jaseemuddin.. (2004) Self-citation (Helmy) (Correct)
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A. Helmy, "A multicast-based protocol for IP mobility support," in ACM SIGCOMM 2nd Int. Workshop Networked Group Comm., NGC,Nov. 2000, pp. 49--58.
Research Proposal - Identification Please Provide Self-citation (Helmy) (Correct)
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A. Helmy, "A Multicast-based Protocol for IP Mobility Support", ACM Second International ACM SIGCOMM Workshop on Networked Group Communication (NGC 2000.
Efficient Micro-Mobility Using Intra-domain.. - Helmy, Jaseemuddin.. (2001) (3 citations) Self-citation (Helmy) (Correct)
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A. Helmy, "A Multicast-based Protocol for IP Mobility Support", ACM Second International Workshop on Networked Group Communication (NGC 2000.
Architectural Framework for Large-Scale Multicast in Mobile Ad Hoc .. - Helmy Self-citation (Helmy) (Correct)
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A. Helmy, "A Multicast-based Protocol for IP Mobility Support", ACM SIGCOMM 2 Int. Workshop on Networked Group Comm. Nov 2000.
Efficient Micro-Mobility Using Intra-domain.. - Helmy, Jaseemuddin.. (2001) (3 citations) Self-citation (Helmy) (Correct)
....movement. When the mobile node moves away from its current network point of attachment, handover is invoked to choose another suitable point of attachment. In such an environment, handover latency and mobility dynamics pose a challenge for provisioning of efficient handover. Several studies [1][8] show that Mobile IP [3] the proposed standard, has several drawbacks ranging from triangle routing and its effect on network overhead and end to end delays, to poor performance during handover due to communication overhead with the home agent. Several micro mobility approaches attempt to ....
....to modify some mechanisms in Mobile IP (MIP) to improve its performance [4] 5] However, as we will show, such approaches suffer from added complexity and, in general, do not achieve the best handover performance. We follow a different approach to IP mobility using multicast based mobility (M M) [1]. In such paradigm, each mobile node is assigned a multicast address to which it joins through the access routers it visits during its movement. Handover is performed through standard IP multicast join prune mechanisms. Such approach, however, is not suitable for inter domain IP mobility, for ....
[Article contains additional citation context not shown here]
A. Helmy, "A Multicast-based Protocol for IP Mobility Support", ACM SIGCOMM Second International Workshop on Networked Group Communication (NGC 2000.
Multicast-based Mobility: A Novel Architecture for .. - Helmy.. Self-citation (Helmy) (Correct)
....movement. When the mobile node moves away from its current network point of attachment, handover is invoked to choose another suitable point of attachment. In such an environment, handover latency and mobility dynamics pose a challenge for provisioning of efficient handover. Several studies [1][8] show that Mobile IP [3] the proposed standard, has several drawbacks ranging from triangle routing and its effect on network overhead and end to end delays, to poor performance during handover due to communication overhead with the home agent. Several micro mobility approaches attempt to ....
....to modify some mechanisms in Mobile IP (MIP) to improve its performance [4] 5] However, as we will show, such approaches suffer from added complexity and, in general, do not achieve the best handover performance. We follow a different approach to IP mobility using multicast based mobility (M M) [1]. In such paradigm, each mobile node is assigned a multicast address to which it joins through the access routers it visits during its movement. Handover is performed through standard IP multicast join prune mechanisms. Such approach, however, is not suitable for inter domain IP mobility, for ....
[Article contains additional citation context not shown here]
A. Helmy, "A Multicast-based Protocol for IP Mobility Support", ACM SIGCOMM Second International Workshop on Networked Group Communication (NGC 2000.
State Analysis and Aggregation Study for Multicast-based Micro.. - Helmy Self-citation (Helmy) (Correct)
....that our scheme achieves much higher aggregation gain than conventional prefix based aggregation. I. INTRODUCTION IP mobility addresses the problem of changing network pointof attachment transparently during movement. Mobile IP[4] 5] is the current IP mobility standard. However, several studies [1][3] 7] have shown that Mobile IP has poor performance during handoff due to communication overhead with the home agent. Micro mobility techniques attempt to improve handoff performance by either using per domain foreign agents[7] 26] 27] or hierarchical approaches) or by using complex caching and ....
.... l then routers in the network should create x.y.l (S,G) states. This does not scale. Multicast Address Allocation. The problem of multicast address allocation is a research problem in the Internet This was obtained through extensive simulations not shown here for brevity. For more detail see[1]. This is not the focus of this paper, however. community [10] This problem is exasperated by requiring each MN to have a globally unique multicast address. Aside from the fact that the multicast address space is restricted for IPv4, using a global multicast address for each MN may be wasteful ....
[Article contains additional citation context not shown here]
A. Helmy, "A Multicast-based Protocol for IP Mobility Support", ACM Second International Workshop on Networked Group Communication (NGC), Palo Alto, November 2000.
State Analysis and Aggregation Study for Multicast-based Micro.. - Helmy Self-citation (Helmy) (Correct)
....scheme achieves much higher aggregation gain than conventional prefix based aggregation. I. INTRODUCTION IP mobility addresses the problem of changing network pointof attachment transparently during movement. Mobile IP (MIP) 4] 5] is the current IP mobility standard. However, several studies [1][3] 7] have shown that Mobile IP has poor performance during handoff due to communication overhead with the home agent. Micro mobility techniques attempt to improve handoff performance by either using per domain foreign agents[7] 26] 27] or hierarchical approaches) or by using complex caching and ....
....other micro mobility approaches. In multicast based mobility each mobile node is assigned a multicast address to which it joins through base stations it visits throughout its movement. Handoff is performed using standard join prune mechanisms. Multicast based architecture for inter domain mobility[1] suffers scalability problems concerning multicast state growth with the growth in number of mobile nodes. The architecture also requires ubiquitous multicast deployment and complex security measures. To alleviate these problems, we propose an intra domain multicast based mobility solution, in ....
[Article contains additional citation context not shown here]
A. Helmy, "A Multicast-based Protocol for IP Mobility Support", ACM SIGCOMM Second International Workshop on Networked Group Communication (NGC), Palo Alto, November 2000.
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Ahmed Helmy. A multicast-based protocol for IP mobility support. In Networked Group Communication, pages 49-- 58, 2000.
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HELMY, A. A Multicast-based Protocol for IP Mobility Support. In ACM SIGCOMM Second International Workshop on Networked Group Communication (2000), pp. 49--58.
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Ahmed Helmy. A multicast-based protocol for IP mobility support. In Networked Group Communication, pages 49-- 58, 2000.
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Ahmed Helmy, "A Multicast-based Protocol for IP Mobility Support," in ACM SIGCOMM Second International Workshop on Networked Group Communication, 2000, pp. 49--58.
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A. Helmy. A multicast-based protocol for ip mobility support. In Proceedings of NGC 2000.
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Ahmed Helmy, "A Multicast-based Protocol for IP Mobility Support," in Proceedings of NGC, 2000.
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Ahmed Helmy. A multicast-based protocol for IP mobility support. In Networked Group Communication, pages 49-- 58, 2000.
Unmanaged Internet Protocol - Taming the Edge Network Management.. - Ford (2003) (12 citations) (Correct)
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Ahmed Helmy. A multicast-based protocol for IP mobility support. In Networked Group Communication, pages 49-- 58, 2000.
Mobile Voice Over IP (MVOIP): An Application-level Protocol - Mills-Tettey (2001) (Correct)
No context found.
Ahmed Helmy, "A multicast-based protocol for IP mobility support," Proceedings of NGC 2000.
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