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Constraining utility use to any feasible limit desired, this paper shows how to discover networks requiring the fewest stream/stream matches and among those to discover networks of simply topology.
In order to resolve this apparent conflict between preserving an excellent computational accuracy while using a quantization scheme as coarse as can be desired, this paper advances new theoretical results which form the basis for two new and practically attractive FFT estimators that rely on the principle of 1 bit nonsubtractive dithered quantization (NSDQ).
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To achieve a set of desired requirements, this paper is divided into three parts of work.
To fill these regions whose boundaries are hole loops with the desired shape, this paper presents two methods: (1) discrete Coons patches and (2) discrete Gaussian curvatures.
Driven by these challenging issues and desired performance, this paper proposes an output feedback terminal sliding mode control (TSMC) framework which is developed for CSTR, and can estimate the system states and stabilize the system output tracking error to zero in a finite time.
Based on desired conditions in this paper is described design of exact profile of the Cam mechanism.
In this paper, desired signal and CCI are considered to be affected by - fading distribution, which is adequate for multipath waves, propagating in a nonhomogenous environment.
These progresses in graphene engineering make it feasible to tailor graphene with atomic resolution into desired shape studied in this paper.
This paper desired to construct measuring components by investigating a natural correlation exist between possible suggested variables, those can able to cluster countries based on socio-economic status and level the status for components.
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