We study the problem of routing traffic in the Internet with strict delay constraints. This problem arises in the context of routing delay-sensitive traffic such as Voice-over-IP.
We study the problem of routing traffic in the Internet with strict delay constraints. This problem arises in the context of routing delay-sensitive traffic such as Voice-over-IP.
We study the problem of routing traffic in the Internet with strict delay constraints. This problem arises in the context of routing delay-sensitive traffic such as Voice-over-IP.
Work is sent to a pair of identical facilities in amounts Y sub 1...., Y sub N that are independent samples from a given exponential distribution.
Maximizing the system throughput and bandwidth utilization while guaranteeing fairness is a core scientific and technical challenge for cellular systems.
T h i s p a p e r describes t h e a d a p t a t i o n o f t h e c a t h o d e r a y oscillog r a p h t o t h e d e t e r m i n a t i o n o f t h e o v e r l o a d p o i n t o f v a c u u m t u b e
We consider the problem of traffic anomaly detection in IP networks.
We characterize traffic load and provide a method for overload prediction, more generally load anomaly detection, in segments of IP networks that carry almost exclusively voice traffic.
The exponential growth of mobile data users and services places a heavy burden on the limited wireless bandwidth of cellular data networks.
As part of a MIMIC phase 1 team, AT&T Bell Labs is processing a variety of microwave circuits. One such circuit is a C-Band High Power Amplifier.
