Moving Beyond Penetration Testing: Divide and Conquer

Free Vibration Analysis of Repetitive Structures using Decomposition, and Divide-Conquer Methods

This paper consists of three sections. In the first section an efficient method is used for decomposition of the canonical matrices associated with repetitive structures. to this end, cylindrical coordinate system, as well as a special numbering scheme were employed. In the second section, divide and conquer method have been used for eigensolution of these structures, where the matrices are in ...

A Novel Divide-and-Conquer Model for CPI Prediction Using ARIMA, Gray Model and BPNN

طراحی ساختاری به روشDivide & Conquer و کاربرد آن در طراحی سوئیچ MSC

This paper presents the structural design for huge systems using Divide & Conquer (D&C) method as a scientific method for optimum designing of complex systems. This method divides the main system into several simple subsystems. Submitted equations in three different cases prove that the optimum response (number of subsystems for minimum system complexity) is independent of main system complexit...

Preliminary Result of Parallel Double Divide and Conquer

This paper shows a concept for parallelization of double Divide and Conquer and its preliminary result. For singular value decomposition, double Divide and Conquer was recently proposed. It first computes singular values by a compact version of Divide and Conquer. The corresponding singular vectors are then computed by twisted factorization. The speed and accuracy of double Divide and Conquer a...

Divide and conquer the Hilbert space of translation-symmetric spin systems.

Iterative methods that operate with the full Hamiltonian matrix in the untrimmed Hilbert space of a finite system continue to be important tools for the study of one- and two-dimensional quantum spin models, in particular in the presence of frustration. To reach sensible system sizes such numerical calculations heavily depend on the use of symmetries. We describe a divide-and-conquer strategy f...