Dragonfly: A multi-platform parallel toolbox for MATLAB/Octave

Electromembrane Processes, a Toolbox for Advanced Separations

Parallel Simulation Based on Multi-core Platform: A Review

Multiple core designs dominating the processor market, and are hence a major focus in modern computer architecture research. Thus, for both product development and research, multiple core processor simulation environments are necessary, Parallel simulation is always been a first choice for speeding up simulations with multi-core computing platform. In this paper we have presented the research o...

Multi-agent Platform and Toolbox for Fault Tolerant Networked Control Systems

Industrial distributed networked control systems use different communication networks to exchange different critical levels of information. Real-time control, fault diagnosis (FDI) and Fault Tolerant Networked Control (FTNC) systems demand one of the more stringent data exchange in the communication networks of these networked control systems (NCS). When dealing with large-scale complex NCS, de...

A Multi Objective Optimization Model for Redundancy Allocation Problems in Series-Parallel Systems with Repairable Components

The main goal in this paper is to propose an optimization model for determining the structure of a series-parallel system. Regarding the previous studies in series-parallel systems, the main contribution of this study is to expand the redundancy allocation parallel to systems that have repairable components. The considered optimization model has two objectives: maximizing the system mean time t...

Development of a MATLAB Toolbox for 3-PRS Parallel Robot

Aiming at one kind of 3-PRS parallel robot, the study develops a toolbox in MATLAB. The toolbox includes functions for forward kinematics, inverse kinematics, velocity kinematics, error analysis, schematic representation, and so on. The architecture of the 3-PRS robot is introduced firstly. The instructions of the functions, developing procedure and main algorithms are presented secondly. The t...