Publications

The necessary and sufficient conditions that a driving-point impedance be realizable by means of a two-mesh circuit consisting of resistances, capacities, and inductances are stated in terms of the

The comparatively recent advent of crystal controlled oscillators and of wave filters employing piezoelectric elements has resulted in an extensive study of the ways in which plates made of elastic

Raman scattering results for acoustic phonons in Si-Ge1 Fibonacci superlattices with low stage numbers are analyzed and shown to have significant deviations from the infinite stage assumption impli

This paper presents a novel analytical approach to compute the switching activity in digital circuits at the word level in the presence of glitching and correlation.

We study 1.5 mum quantum ldquodash in a wellrdquo (DWELL) and quantum ldquodash in a barrierrdquo (DBAR) lasers.

We describe the coherent combining and the wavelength stabilization of 10 tapered lasers in an external Talbot cavity.

Wavelength division multiplexing techniques have proven in the last years to be the most attractive means to design ultra-high capacity networks through optical fibers.

We investigate spectrally resolved continuous wave (CW) and spectrally and time-resolved switch-on emission properties of an InAs/InGaAs quantum-dot laser.

We investigate spectrally resolved continuous wave (CW) and spectrally and time-resolved switch-on emission properties of an InAs/InGaAs quantum-dot laser The temperature and injection current depe

This paper has experimentally and theoretically investigated transmission performance depending on chirping and extinction ratio for a 10 Gb/s transmission system with the standard single-mode fibe