Eigen Decomposition based Blind Source Separation
Journal Title: International Journal of Engineering Sciences & Research Technology - Year 30, Vol 2, Issue 11
Abstract
Blind Source Separation (BSS) is termed as the extraction of source signals from mixed data without or with little knowledge about the source signals. This work discusses different flavors of covariance based algorithms for blind source separation. Furthermore, another heuristic variant of the algorithm is proposed which is based on the variance of observed mixtures. Proposed algorithm is tested on simulated mixed signals for recovery of sources. Results of proposed algorithm are compared with the state of the art techniques in terms of accuracy and execution time.
EXPERIMENTAL STUDY ON EFFECTS OF FIBERGLASS AND FIBER WASTE INCONCRETE MIXES
In this research concrete mixes were tested to investigate the effect of fiber waste and fiber glass and evaluatethe efficiency on fresh and hardened concrete for trying to produce a concrete with high strength. an...
THERMODYNAMIC DESIGN OF RADIAL TURBINE FOR TURBO-CHARGER
This is a report for design process of radial turbine used in turbocharger. Input for design requirements are power, mass flow rate, inlet temperature, pressure and rotation speed. The design variables include rotor radi...
SIMULATION AND VIBRATION ANALYSIS OF GEAR BOX USED IN COOLING TOWER FAN
Vibration and cross wind pressure are suspected as the major reason for the failure of the gear box of the cooling tower fan. Also, Vibration suppression of rotating machinery is an important engineering problem....
Performance Evaluation of BER
Wireless communication is characterized as the transfer of the information between two points physically connected and the separation between them may vary from meters to kilo wireless communication is changing its sce...
Deconstructing Evolutionary Programming
The theory approach to e-business is defined not the essential need for thin clients. Here, we confirm the exploration theoretic theory, which we call Pud.