Generally the processor has on-chip cache,which is composed of fixed-size top level cache(L1Cache)and second level cache(L2Cache). This paper introduces a dynamically configurable cache structure implemented in the embedded processor design.
Simulation results show that the rise time of the two-stage positioning system is 20 ms and the absolute value of the steady error is less than 0.1 nm for a 10 nm step input. This accuracy is sufficient for high-density optical disk mastering.
A two-stage,high precision spindle constant linear velocity(CLV) control method was developed for CD-R disk test instruments. The method is based on a digital PID(proportional-integral-derivative) controller and phase-locked loop,using the wobble clock read from the CD-R disk as the feedback signal.
In the second example, we obtain a proof of the Chalyh-Veselov conjecture that the Calogero-Moser system with integer parameter is algebraically integrable, using the results of Felder and Varchenko.
A local-global principle is proved by the second named author in the adjacent paper of this volume.
In the second part we apply this method to obtain pseudo-Riemannian homogeneous manifolds with real Killing spinors.
We derive two consequences: the first is a new proof of Lusztig's description of the intersection cohomology of nilpotent orbit closures for GLn, and the second is an analogous description for GL2n/Sp2n.
The second part consists in the normalization of the Burkhardt dual.
Behavior near the boundary of positive solutions of second order parabolic equations
We state a localization principle for expansions in eigenfunctions of a self-adjoint second order elliptic operator and we prove an equiconvergence result between eigenfunction expansions and trigonometric expansions.
We also obtain a way of constructing an arbitrary number of non-Gaussian continuous time processes whose second order properties are the same as those of fractional Brownian motion.
The line search functions used are Han's nondifferentiable penalty functions with a second order penalty term.
Finally, we prove the global convergence and the local second order convergence of the algorithm.