Using the concept of nullors, an unified methodology is presented which can be used for realizing fully differential current mode filters using a variety of building blocks which can be represented by nullators and norators. The workability of the proposed approach is verified by the SPICE simulation results of an exemplary universal biquad made from multiple-output-currentconveyors. This exemp...

This paper develops energy-driven completion ratio guaranteed scheduling techniques for the implementation of embedded software on multi-processor system with multiple supply voltages. We leverage application’s performance requirements, uncertainties in execution time, and tolerance for reasonable execution failures to scale processors’ supply voltages at run-time to reduce energy consumption. ...

We calculate single parton distributions inside quark and gluon jets within the coherent branching formalism, which resums leading and next-to-leading logarithmic contributions. This formalism is at the basis of the modified leading logarithmic approximation (MLLA), and it conserves energy exactly. For a wide preasymptotic range of the evolution variable Y = ln [Eθ/Q0], we find marked differenc...

It has been recently realized that within the Minimal Supersymmetric Standard Model, for certain patterns of superpartner masses, consistent with all the present experimental constraints, the scalar potential may develop at some scale Q0 unbounded color/charge breaking directions involving the sfermion fields, and that these patterns are then excluded unless some new physics is invoked at or be...

Abstract. A 200MHz single-cell superconducting Nb-Cu cavity has been fabricated and tested at 4.2 K and at 2.5 K. The low field Q0 reached 1 5 1010 at 4.2 K. The accelerating gradient (Eacc) reached 11 MV/m at a Q0 of 6 108. Two multipacting barriers show up at Eacc = 3 and 1 MV/m. Helium processing is effective in reducing field emission and improving accelerating gradients. The Q-drop is obse...

We consider forced second order differential equation with p-Laplacian and nonlinearities given by a Riemann-Stieltjes integrals in the form of ( p(t)φγ ( x′(t) ))′ + q0 (t)φγ (x(t)) + ∫ b 0 q (t, s)φα(s) (x(t)) dζ (s) = e(t), where φα (u) := |u| sgnu, γ, b ∈ (0,∞) , α ∈ C [0, b) is strictly increasing such that 0 ≤ α (0) < γ < α (b−), p, q0, e ∈ C ([t0,∞),R) with p (t) > 0 on [t0,∞), q ∈ C ([0...

A study of Apparent Motion (AM) of Gamma type is presented which extends previous findings (Geissler, Schebera & Kompass 1999) showing that a temporal parameter (ISI), critical for the perceptual transition AM -> flicker, exhibits discrete timing. The major empirical results, a set of four significant ISI modal values, having integer size ratios 3 : 4 : 6 : 8, and a regularity in the spacing of...

We investigate the Q evolution of parton distributions at small x values, recently obtained in the case of soft initial conditions. The results are in excellent agreement with deep inelastic scattering experimental data from HERA. The measurements of the deep-inelastic scattering structure function F2 in HERA [1] have permitted the access to a very interesting kinematical range for testing the ...

For the spaces φ(X0, X1)p0,p1 , which generalize the spaces of means introduced by Lions and Peetre to the case of functional parameters, necessary and sufficient conditions are found for embedding when all parameters (the function φ and the numbers 1 ≤ p0, p1 ≤ ∞) vary. The proof involves a description of generalized Lions–Peetre spaces in terms of orbits and co-orbits of von Neumann–Schatten ...

We investigate the Q evolution of parton distributions at small x values, recently obtained in the case of soft initial conditions. The results are in excellent agreement with deep inelastic scattering experimental data from HERA. The measurements of the deep-inelastic scattering structure function F2 in HERA [1] have permitted the access to a very interesting kinematical range for testing the ...