The most efficient algorithm known for computing the Riemann zeta function is based on the Riemann-Siegel formula, and requires approximately T1/2 operations when the argument is at height T.
The most efficient algorithm known for computing the Riemann zeta function is based on the Riemann-Siegel formula, and requires approximately T1/2 operations when the argument is at height T.
The most efficient algorithm known for computing the Riemann zeta function is based on the Riemann-Siegel formula, and requires approximately T1/2 operations when the argument is at height T.
Processor speed and memory capacity are increasing several times faster than disk speed. This disparity suggests that disk I/O performance could become an important bottleneck.
The gains of originally proposed interference alignment based transmission scheme collapse in a cellular network due to the unaligned out of cluster interference and because the network is mostly w
The DS-1 carrier bandwidth provides the medium for efficient combined packetization of Voice and Data.
We show for the first time the potential of the linear spectrogram method for the extraction of phase shifts induced by slow and fast light in an InGaAsP/InP semiconductor optical amplifier.
Nanodots arrays of GaN have been successfully grown on GaN template substrates using nano-selective area growth (NSAG).
Consider the problem of estimating parameters Xn E Rn, generated by a stationary process, from m response variables Y m = AXn + Zm, under the assumption that the distribution of Xn is known.
The proposed end-to-end UMTS reliability testing approach advocates a single stability index to gauge the overall health of the network, plus additional network downtime metrics that are evaluated
