Research on Digital Audio Authenticity Analysis

doi:10.4028/www.scientific.net/AMR.760-762.1633

Paper Titles

Research on Image Feature Extraction Method Based on Orthogonal Projection Transformation of Multi-Task Learning Technology
p.1609

Cost-Sensitive Sparsity Preserving Projections for Face Recognition
p.1615

Kernel Feature Extraction Approach for Color Image Recognition
p.1621

A New Kernel Orthogonal Projection Analysis Approach for Face Recognition
p.1627

Research on Digital Audio Authenticity Analysis
p.1633

Application of Image Processing to the Vehicle License Plate Recognition
p.1638

A Fast BPNN Based Image Deblurring Method
p.1642

Real-Time Human Action Recognition System Using Depth Map Sequences
p.1647

Application of the Sub-Ode Method for the Broer-Kaup Equation
p.1655

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 760-762Research on Digital Audio Authenticity Analysis

Research on Digital Audio Authenticity Analysis

Abstract:

Removed due to poor citations and verbatim copying of texts from the following original papers: “Cooper, A. J. (2006) Detection of Copies of Digital Audio Recordings for Forensic Purposes, PhD Thesis, The Open University, Faculty of Technology, Department of Information and Communication Technology, Milton Keynes, UK”; “Daniel Lawn Rappaport. (2012) ESTABLISHING A STANDARD FOR DIGITAL AUDIO AUTHENTICITY: A CRITICAL ANALYSIS OF TOOLS, METHODOLOGIES, AND CHALLENGES, PhD [sic] Thesis”; “Bruce E. Koenig and Douglas S. Lacey – Forensic Authentication of Digital Audio Recordings, J. Audio Eng. Soc., Vol. 57, No. 9, 2009.”