A Reliable Separation Algorithm of ADS-B Signal Based on Time Domain

ADS-B based separation support for general aviation

In this paper we present a study for the development of a new tool to support separation for General Aviation based on ADS-B technology. The tool aims at developing a device to support General Aviation pilots in the process of conflict detection and resolution as well as in the flight routing. The introduction of such a tool, based on ADS-B technology and a Game Theory collaborative algorithm, ...

DAMAGE IDENTIFICATION IN STRUCTURES USING TIME DOMAIN RESPONSES BASED ON DIFFERENTIAL EVOLUTION ALGORITHM

An effective method utilizing the differential evolution algorithm (DEA) as an optimisation solver is suggested here to detect the location and extent of single and multiple damages in structural systems using time domain response method. Changes in acceleration response of structure are considered as a criterion for damage occurrence. The acceleration of structures is obtained using Newmark me...

Concurrent Speech Signal Separation Based on Frequency Domain Binaural Model

We can communicate with others in a noisy environment. This phenomenon is known as a “Cocktail Party Effect,” and is one of the most important binaural functions. In our previous study, frequency domain binaural model (FDBM) based on interaural phase difference (IPD) and interaural level difference (ILD) was proposed, and its performance as the front-end of the speech recognition system was con...

Simulation-based travel time reliable signal control

Blind Signal Separation Using an Extended Infomax Algorithm

The Infomax algorithm is a popular method in blind source separation problem. In this article an extension of the Infomax algorithm is proposed that is able to separate mixed signals with any sub- or super-Gaussian distributions. This ability is the results of using two different nonlinear functions and new coefficients in the learning rule. In this paper we show how we can use the distribution...