Abrasion, Clearance and Matlab-Aided Optimized Profile Design of Cam Mechanism
p.1120
p.1120
Thermal Analysis of a Fluid Immersed Brushless DC Motor for Aerospace Applications
p.1126
p.1126
Analysis on the well Constraint Inversion of the Jason-Based Layer Flattening Seismic Data under the High-Resolution Isochronous Framework
p.1135
p.1135
Establishes the Precise Three-Dimensional Terrain Method Study Based on Anudem
p.1142
p.1142
The DSP Design and Implementation of a Directional Audio System through N-Order Approximate Square Root Method
p.1147
p.1147
Analysis of Sensitivity and Diffusion Based on Video Fractional Spectrum
p.1152
p.1152
Design and Implementation of Speech Recognition System Based on FPGA
p.1156
p.1156
Design and Development of Vehicle License Plate Recognition (VLPR) System to Improve Parking Lot Management
p.1160
p.1160
Investigation the Influence of DCT Coefficients on the Image Retrieval Performance
p.1165
p.1165
The DSP Design and Implementation of a Directional Audio System through N-Order Approximate Square Root Method
Abstract:
The signal preprocessing methods in a directional audio system are almost based on Berkatay far-field solution. In this paper, the basic principle and performance of square root method are analyzed, and also a directional audio system based on floating-point DSP is designed with the 4-order approximate square root method. Through theory simulation and practical test, the effect is proven to be satisfactory.
You might also be interested in these eBooks
Info:
Periodical:
Applied Mechanics and Materials (Volumes 416-417)
Pages:
1147-1151
Citation:
Online since:
September 2013
Authors:
Price:
Сopyright:
© 2013 Trans Tech Publications Ltd. All Rights Reserved
Share:
Citation: