Kristian Slavov - Academia.edu (original) (raw)

Papers by Kristian Slavov

ABSTRACT Our previous work has produced a novel, Bloom-filter based, forwarding fabric, suitable ... more ABSTRACT Our previous work has produced a novel, Bloom-filter based, forwarding fabric, suitable for large-scale topic-based pub-lish/subscribe [8]. Due to very simple forwarding decisions and small forwarding tables, the fabric may be more effi-cient than the currently used ones. In this paper, we de-scribe the NetFPGA based forwarding node implementation for this new, IP-less, forwarding fabric. The implementation requires removing the traditional IP forwarding implemen-tation, and replacing it with the Bloom-filter matching tech-niques for making the forwarding decisions. To complete the work, we provide measurement results to verify the for-warding efficiency of the proposed forwarding system and we compare these results to the measurements from the orig-inal, IP-based forwarding, implementation.

In this paper we describe a Host Identity Protocol (HIP) extension that allows multihomed HIP hos... more In this paper we describe a Host Identity Protocol (HIP) extension that allows multihomed HIP hosts to use multiple access networks simultaneously. This extension defines how to identify data flow and how to route them based on higher level policies and specifically address the issue of the return path by transfering the policies to the peer. I. INTRODUCTION In the early days of the Internet, hosts were big and clumsy and remained in fixed locations. The advances in technology has brought us light and small hosts that are portable. In order to maintain active connections to other hosts, the mobile host must be able to handle movements and inform other communicating parties that it has changed the topological location in the network. One problem with the current Internet architecture is that the IP address is used both for describing the topological location of the host and, at the same time, to identify the host. The Host Identity Protocol (HIP) (1) is one proposal to solve this sem...

Lecture Notes in Computer Science, 2010

Page 1. Anchor-Less Secure Session Mobility Alf Zugenmaier1,⋆ , Julien Laganier2,⋆ , Anand Prasad... more Page 1. Anchor-Less Secure Session Mobility Alf Zugenmaier1,⋆ , Julien Laganier2,⋆ , Anand Prasad3,⋆ , and Kristian Slavov4 ... References 1. Perkins, C. (ed.): Mobile IP for IPv4. IETF, RFC 3344 (2004) 2. Johnson, D., Perkins, C., Arkko, J.: Mobile IP for IPv6. ...

ABSTRACT Our previous work has produced a novel, Bloom-filter based, forwarding fabric, suitable ... more ABSTRACT Our previous work has produced a novel, Bloom-filter based, forwarding fabric, suitable for large-scale topic-based pub-lish/subscribe [8]. Due to very simple forwarding decisions and small forwarding tables, the fabric may be more effi-cient than the currently used ones. In this paper, we de-scribe the NetFPGA based forwarding node implementation for this new, IP-less, forwarding fabric. The implementation requires removing the traditional IP forwarding implemen-tation, and replacing it with the Bloom-filter matching tech-niques for making the forwarding decisions. To complete the work, we provide measurement results to verify the for-warding efficiency of the proposed forwarding system and we compare these results to the measurements from the orig-inal, IP-based forwarding, implementation.

In this paper we describe a Host Identity Protocol (HIP) extension that allows multihomed HIP hos... more In this paper we describe a Host Identity Protocol (HIP) extension that allows multihomed HIP hosts to use multiple access networks simultaneously. This extension defines how to identify data flow and how to route them based on higher level policies and specifically address the issue of the return path by transfering the policies to the peer. I. INTRODUCTION In the early days of the Internet, hosts were big and clumsy and remained in fixed locations. The advances in technology has brought us light and small hosts that are portable. In order to maintain active connections to other hosts, the mobile host must be able to handle movements and inform other communicating parties that it has changed the topological location in the network. One problem with the current Internet architecture is that the IP address is used both for describing the topological location of the host and, at the same time, to identify the host. The Host Identity Protocol (HIP) (1) is one proposal to solve this sem...

Lecture Notes in Computer Science, 2010

Page 1. Anchor-Less Secure Session Mobility Alf Zugenmaier1,⋆ , Julien Laganier2,⋆ , Anand Prasad... more Page 1. Anchor-Less Secure Session Mobility Alf Zugenmaier1,⋆ , Julien Laganier2,⋆ , Anand Prasad3,⋆ , and Kristian Slavov4 ... References 1. Perkins, C. (ed.): Mobile IP for IPv4. IETF, RFC 3344 (2004) 2. Johnson, D., Perkins, C., Arkko, J.: Mobile IP for IPv6. ...