Vol. 54, No. 6, July-August 1975 Printed in U.S.A. A Geometric Derivation of Forney's Upper Bound By J. E.
To identify a malfunction is always difficult. The great size, complexity, and speed of modern digital machines render this difficulty severe.
Processing and analyzing massive real-world graphs rapidly has emerged as a key challenge in data analysis in recent years.
The analysis of digital communication systems from a geometrical viewpoint--the viewing of waveforms as points in a signal space and the identification of cross-correlation with the formation of an
Forney2,3 has detailed the Viterbi algorithm version of the maximum likelihood detector (MLD) of digital sequences in the presence of intersymbol interference.
By contrast to our knowledge of depth-dependent (baraclinic) motions, only limited information is available about the distribution and statistics of the subinertial depth-independent (barotropic) v
1000BASE-T is a standard defining a 1 Gb/s Ethernet physical layer based on PAM-5 signalling, using bi-directional (full-duplex) transmission on four pairs of UTP Category 5, in order to re-use the
The 3GPP standard body has defined the online charging system (OCS) as the central point in the charging architecture and Diameter Ro as the standard interface for enabling online charging in today
Beyond 5G wireless technology Cell-Free Massive MIMO (CFmMIMO) downlink relies on carefully designed precoders and power control to attain uniformly high rate coverage.
Machine switching telephone systems depend on the telephone dial for originating information used in completing a call.
