Detail publikace

One Source Multicast Model Using RTP in NS2

Originální název

One Source Multicast Model Using RTP in NS2

Anglický název

One Source Multicast Model Using RTP in NS2

Jazyk

en

Originální abstrakt

The simulation models in general are irreplaceable tools for testing and validating of the present or the proposed algorithms. This paper deals with the design of the multicast model with the one source using the RTP (Real Time Protocol) transport protocol for data delivering to the great number of receivers. The simulation results show the present situation in the sharing of control bandwidth for RTCP feedback reports among all multicast receivers. The main object is to propose the efficient multicast model in the ns2 for the new feedback algorithm implementation.

Anglický abstrakt

The simulation models in general are irreplaceable tools for testing and validating of the present or the proposed algorithms. This paper deals with the design of the multicast model with the one source using the RTP (Real Time Protocol) transport protocol for data delivering to the great number of receivers. The simulation results show the present situation in the sharing of control bandwidth for RTCP feedback reports among all multicast receivers. The main object is to propose the efficient multicast model in the ns2 for the new feedback algorithm implementation.

BibTex


@article{BUT44950,
  author="Milan {Šimek} and Dan {Komosný} and Radim {Burget}",
  title="One Source Multicast Model Using RTP in NS2",
  annote="The simulation models in general are irreplaceable tools for testing and validating of the present or the proposed algorithms. This paper deals with the design of the multicast model with the one source using the RTP (Real Time Protocol) transport protocol for data delivering to the great number of receivers. The simulation results show the present situation in the sharing of control bandwidth for RTCP feedback reports among all multicast receivers. The main object is to propose the efficient multicast model in the ns2 for the new feedback algorithm implementation.",
  chapter="44950",
  journal="International Journal of Computer Science and Network Security",
  number="10",
  volume="7",
  year="2007",
  month="november",
  pages="69--75",
  type="journal article - other"
}