Based on the simulation relation between computational structural mechanics and optimal control, the mixed energy of time-interval is introduced, and Riccati differential equation under two kinds of boundary conditions is studied.
Our investigation is concerned chiefly with the following aspects:system structure, material modularization of smelting material circulation, and computational structural graph drawing,and the computation of material balance.
Analysis and calculation of the main body metal structure of extracting core working vehicle in mechanics were completed by matrix analysis of the computational structure mechanics. The calculate program of the special truss was finished,the intensity, rigidity and structure stability of the main body metal structure were checked.
The thesis proposes "Longtium-DSRU" (Domain Specific Reconfigurable Unit), a coarse-grained, efficient, flexible, reconfigurable array coprocessor model, targeted at multimedia applications' 3 groups of basic computation structure: FIR, FFT and dot-product.
因此,本文面向多媒体应用领域的三种基本计算结构:FIR(Finite Impulse Response)、FFT(Fast Fourier Transform)、点积类运算,实现了一种粗粒度的、高效、灵活的片上可重构处理单元——龙腾-DSRU(Domain Specific Reconfigurable Unit)。
First chapter has carried on the comparison and the outline to acoustics computation method: Computation structure acoustics solves two kind of questions: Transient state question and stable state question;
The system computer hardware courses includes three courses 'Computer Architecture and Logic Design', 'Microcomputer System and Interface', 'Computation Structure' and three lab courses 'Digital System Design Lab', 'Circuit and Digital Logic Design Lab', 'Microcomputer System and Interface Lab', Through learn these courses the students will have the abllities on design microcomputer application system and design complex system based microcomputer.
In this paper, we look at the possibility of realizing one-way quantum computing through a hybrid quantum computing architecture based on stationary qubits inside an optical cavity and flying qubits (photons).
This article discusses the properties of a controllable, flexible, hybrid parallel computing architecture that potentially merges pattern recognition and arithmetic.
A novel soft computing architecture for the control of autonomous walking robots
The model defines a computing architecture and a document architecture.
The computing architecture captures the structure of the script of the document, while the document architecture captures the structure of the information contained in the document.
Then starting from the simulative relationship between computational structural mechanics and optimal control, multiple-substructure method was inducted to solve the optimal control problem which was linearized.
Computational structural determination and energy landscape analysis of the hepatic carcinogen 2-(acetylamino)fluorene
The FETI domain decomposition method for solving large-scale problems in computational structural mechanics involves the solution of an interface problem, which is handled by a Preconditioned Conjugate Projected Gradient (PCPG) algorithm.
Strict upper error bounds on computed outputs of interest in computational structural mechanics
In particular, computational fluid dynamics (CFD) and computational structural (CS) analyses have been used to evaluate specific quantities, such as fluid and wall stresses and strains, which are very difficult to measure in vivo.
Furthermore, the proposed algorithm has a simple computational structure and is also easy to be implemented on computer, and the numerical experiments show that the computational efficiency is consistent with the theoretic analysis.
The conceptual and computational structure of a performance assessment (PA) for the Waste Isolation Pilot Plant (WIPP) is described.
We propose a generalisation of occurrence graphs as a formal model of computational structure.
The system is given through a directed acyclic graph the nodes of which carry the computational structure by being labelled with morphisms from the monad, and the edges provide the data for these operations.
The first step toward an answer is to describe the common computational structure of space-based attentional models.