This paper presents the design of a MMIC oscillator operating at a 45 GHz frequency.
The standard model of speech assumes that the speech signal is generated by a stochastic or periodic excitation, fed into a linear all-pole filter y sub t = sum from (k=1) to q a sub k y sub (t-k)
The nonlinear phenomenon in semiconductor traveling-wave optical amplifiers has thus far been studied using a pair of coupled partial differential equations, the wave equation and the rate equatio
Second harmonic generation, optical rectification, and the linear electro-optic effect are particular aspects of a process in which two fields, E^c' and Eye'yt, generate a polarization P V ° ' = d^
A general strategy is advanced for simplifying nonlinear optimization problems, the "ant-lion" method.
We discuss the nonlinear performance of space-division multiplexed systems under realistic conditions using a comprehensive numerical model.
We examine the character of inter-channel nonlinear interference noise (NLIN) as a function of the number of channels and the overall system length.
We present measurements of the nonlinear phase noise that is due to amplitude-to-phase conversion in air-silica microstructure fiber that is utilized to broaden the frequency comb from a mode-locke
Pulse-overlapped transmission employing RZ-DPSK is investigated.
Nonlinear optical phenomena in optical fibers, such as intensity- dependent refractive indices (the Kerr effect), and various types of optically-induced optical gain (the Raman and Brillouin effec
