Queuing model for SIP server hysteretic overload control with K-state MMPP bursty trafficIn this paper, we develop a mathematical model of a load
control mechanism for SIP
server signaling
Analysis of a Finite-Capacity M|G|1|r Queue with Threshold Overload Control for the most effective overload
control mechanisms on SIP
servers. Generally, overload occurs in SIP networks
Simulation of SIP-server with hysteretic input and loss-based overload control scheme by the IETF for overload
control in networks of SIP-
servers. The model is designed to analyze the performance
Performance Analysis and Optimal Control for Queueing System with a Reserve Unreliable Server Pool facility which we refer to as pools is introduced. Usage of the reserve pool is
controlled by a hysteretic
The General Renovation as the Active Queue Management Mechanism. Some Aspects and Results overview are given) as the
active queue management mechanism (like RED (Random Early Detection) algorithms
Numerical Analysis of Optimal Control Policies for Queueing Systems with Heterogeneous ServersNumerical Analysis of Optimal
Control Policies for Queueing Systems with Heterogeneous
Servers Analysis of a priority queueing system with the enhanced fairness of servers scheduling of the considered system under the fixed total
number of
servers,
numbers of reserved
servers, a pattern
Analysis of an MG1R queue with batch arrivals and two hysteretic overload control policiesHysteretic
control of arrivals is one of the most easy-to-implement and effective solutions
Queuing model for loss-based overload control in a SIP server using a hysteretic techniqueIn this paper, we develop a mathematical model of a load
control mechanism for SIP
server signaling