T. Suda and T.T. Bradley. Packetized Voice/Data Integrated Transmission on a Token Passing Ring Local Area Network. IEEE Transactions on Communications, 37(3):238--244, March 1989. Home/Search Document Not in Database Summary Related Articles Check |
This paper is cited in the following contexts:
A Reservation-based CSMA Protocol for Integrated.. - Yavatkar, Pai, Finkel (1992) (8 citations) (Correct)
....community [30, 31, 32] Protocols for voice integration have been typically proposed separately for CSMA CD or token ring networks. Because token passing protocols guarantee a finite delay for channel access, token ring networks can effectively handle voice and data traffic in the same network [33]. Because ordinary CSMA CD networks cannot guarantee a finite delay bound for channel access, complex methods have been designed to integrate voice and data [34, 35, 32] Typically, these methods involve modifying the basic operation of a CSMA CD protocol (and the existing controllers) or ....
T. Suda and T.T. Bradley. Packetized Voice/Data Integrated Transmission on a Token Passing Ring Local Area Network. IEEE Transactions on Communications, 37(3):238--244, March 1989.
A Preemptive Protocol for Voice-Data Integration in.. - Mukherjee, Saha.. (Correct)
....used to better approximate a voice source in [16, 41] Since it cannot model the fixed inter arrival time between voice packets, the delay seen by the first packet in a bulk is used to estimate the voice packet delay. Simulation studies have been carried out to study the performance metrics in [42, 28, 34]. In this paper we model the arrival stream from a voice source by a two state Markov Modulated Poisson Process (MMPP) 27] The traffic pattern from a voice station supporting multiple call connections can be approximated by a two state MMPP with a high degree of accuracy [10] A single voice ....
....that the ring propagation time is not included in the distribution since it is constant and same for all the packets of the connection. To preserve the quality of service requirements of voice traffic, voice packets must be delivered within some specific time bounds, which is typically 150 200 ms [34]. The clipping probability of a voice packet can be defined as the probability that its transfer time overshoots the delay bound. Since in the case of a ring, the propagation delay from the source to the destination is fixed, the variable factor is the response time in the station. A packet will ....
T. Suda and T. T. Bradley. Packetized-Voice/Data Integrated Transmission on a Token Passing Ring Local Area Network. IEEE Transactions on Communications, 37(3):238--244, 1989.
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