Real Time Network ManagementNorth-Holland, 1991 - 445 A unified approach to the analysis and design of traffic management controls in circuit switching, packet switching, LAN, MAN, narrowband, and broadband integrated services networks is presented in this volume, along with an in-depth survey of management and control schemes which are used to allocate network resources to different users in a dynamic environment, meeting user performance requirements. Stress is placed on the role of measurements and network information patterns. Also included is a presentation of control procedures being insensitive to detailed values of control parameters and exact statistics of offered traffic, and performance analysis of automatic network management controls under nonstationary load conditions. |
Spis treści
Packet switching | 46 |
Parameters of multiservice traffic | 75 |
Transmission resources | 85 |
Prawa autorskie | |
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algorithm allocated analysis applied Assume assumption bandwidth bit rate blocking buffer burst layer bytes carried traffic cell chain Chapter circuit switched coefficients congestion connection considered defined Denote determine DNHR dynamic flow model equations erlangs exponential distribution flow control formula function given grade of service IEEE input interarrival interval Kalman filter load Mbit/s mean number measurements multiplexing network management network nodes number of calls number of entities number of packets number of trunks obtained offered traffic overflow packet arrivals parameters path performance Poisson Poisson distribution Poisson process probability distribution queueing network random variable resource allotment routing tables scheme shown in Fig signal simulation slot solution station statistical multiplexing subnetwork synchronous threshold token passing traffic class traffic control traffic flow transition transmission trunk group trunks busy un+1 variance virtual circuit voice xn+1 yn+1
