Israel Cidon, Moshe Sidi
IEEE TC
In this paper, we model the internal structure of a packet switching node in a Realtime system and characterize the tradeoff between throughput, delay, and packet loss as a function of the buffer size, switching speed, etc. We assume a simple shared single path switch fabric, though the analysis can be generalized to a wider class of switch fabrics. We show that with a small number of buffers the node will provide a guaranteed delay bound for high-priority traffic, a low-average delay for low-priority traffic, no loss of packets at the input and low probability of packet loss at output. © 1988 IEEE
Israel Cidon, Moshe Sidi
IEEE TC
Israel Cidon, Inder Gopal, et al.
IEEE Transactions on Communications
Israel Cidon, Asad Khamisy, et al.
Performance Evaluation
Israel Cidon, Inder S. Gopal
International Journal of Digital & Analog Cabled Systems