In this paper, a new method is introduced to implement chaotic generators based on the Henon map and Lorenz chaotic generators given by the state equations using the Field Programmable Gate Array (FPGA). The aim of this method is to increase the frequency of the chaotic generators. The new method is based on the MATLAB Software, Xilinx System Generator, Xilinx Alliance tools and Synplicity Synp...

The main purpose of this paper is an experimental identification of a laboratory model AMIRA DR300, which is made by a company Amira from Duisburg in SRN. This model consists of two engines, which should be equal according to producer, but it was found by experiments, that this fact is not true. This finding led to need of the particular identification of both engines. These engines were identi...

Electro-Hydraulic actuator is common tools used in the industries. This is due to accurate positioning toward the load and fast response make it as major instruments for the industries process. This paper presents experimental work on non-recursive identification of electro-hydraulic actuator system that represented by a discrete-time model in open-loop configuration. A least square method is u...

The sparse fuzzy model identification (SFMI) toolbox is a Matlab based software that was developed to facilitate the creation of fuzzy systems with a compact and low complexity rule base. The objective of this paper to report some extensions and new features of the toolbox that aim the widening of the pool of the applicable approaches and methods in the process of automatic rule base creation f...

The demand for new telecommunication services requiring higher capacities, data rates and different operating modes have motivated the development of new generation multi-standard wireless transceivers. A multi-standard design often involves extensive system level analysis and architectural partitioning, typically requiring extensive calculations. In this research, a decimation filter design to...

 This paper presents a MATLAB-based toolbox with a Graphical User Interface (GUI), which can be used to compute reduced models of a large system by using one of the twenty order reduction techniques available in the toolbox. The methods that have been implemented in the toolbox include the Padé, Routh, Cauer, Continued-Fraction Expansion, and algorithms that provide mixtures of these technique...