General and Linear Circuit Theory

A General Waveguide Circuit Theory

This work generalizes and extends the classical circuit theory of electromagnetic waveguides. Unlike the conventional theory, the present formulation applies to all waveguides composed of linear, isotropic material, even those involving lossy conductors and hybrid mode fields, in a fully rigorous way. Special attention is given to distinguishing the traveling waves, constructed with respect to ...

General Linear Methods for Integrated Circuit Design

Erratum: A General Waveguide Circuit Theory

Erratum: Equations D5 and E3 in the appendices of [1] contain typographical errors. They should read W ≡ diag(W í µí±›); W í µí±› ≡ í µí± � 0í µí±› í µí±£ 0í µí±› í µí±– 0í µí±› = í µí±£ 0í µí±› * í µí±£ 0í µí±› í µí± � 0í µí±› í µí± 0í µí±› * (D5) and U ≡ diag � |í µí±£ 0í µí±š | í µí±£ 0í µí±š �Re�í µí± ref í µí±š � �í µí± ref í µí±š � �. (E3) Also, the reference to Eq. (20) just after e...

General Linear Gauges and Amplitudes in Open String Field Theory

A general class of gauges for open string field theory, for which the gauge fixing condition is given by linear equations with respect to string field, is investigated in detail. This class of gauges includes almost all known ones like Siegel gauge and its various extensions such as a-gauges proposed by the present authors as well as Schnabl gauge and linear b-gauges. A general form of propagat...

Theory and application of general linear image processing

Image modeling in terms of physical/mathematical formation and the human visual system plays an important role in developing new image processing techniques. Parameters such as scale, orientation, texture, morphology, and color must be taken into consideration in order to solve complicated image processing problems efficiently. Although the classical linear image processing (CLIP) approach has ...