| Description |
1 online resource : illustrations (black and white). |
| Series |
Audio Engineering Society Presents Ser. |
|
Audio Engineering Society Presents Ser.
|
| Bibliography |
Includes bibliographical references and index. |
| Note |
<P>1. Introduction 2. History of Audio Forensics 3. Forensic Principles 4. Human Auditory System 5. Key Audio Principles 6. Audio Encoding 7. Preparatory Analysis 8. Audio Acoustics 9. Speech Forensics 10. Audio Enhancement 11. Audio Authentication 12. Forensic Reporting 13. Research</P> |
| Summary |
Digital Audio Forensics Fundamentals offers an accessible introduction to both the theory and practical skills behind this emerging field of forensic science. Beginning with an overview of the history of the discipline, the reader is guided through forensic principles and key audio concepts, before being introduced to practical areas such as audio enhancement, audio authentication, and the presentation of reports. Covering all aspects of audio forensics from the capture to the courtroom, this bookis pivotal reading for beginners entering the field, as well as experienced professionals looking to develop their knowledge of the practice. |
| Biography |
James Zjalic is a multimedia forensics examiner from Birmingham, UK. He holds a master's degree in Media Forensics from the National Centre of Media Forensics at the University of Colorado, Denver, USA, and a bachelor's degree in Audio Engineering. His casework experience covers the entire scope of the justice system, from criminal through to civil arenas in relation to the most serious of offences and on behalf of various high profile organisations. Research highlights include peer-reviewed publications and international presentations on a range of multimedia forensics topics, including audio authentication and enhancement. |
| Subject |
Forensic acoustics.
|
|
Digital forensic science.
|
|
Acoustical engineering.
|
|
Speech processing systems.
|
|
Acoustique légale. |
|
Acoustique appliquée. |
|
Traitement automatique de la parole. |
|
Acoustical engineering |
|
Digital forensic science |
|
Forensic acoustics |
|
Speech processing systems |
| Other Form: |
Print version: 9780367259129 |
| ISBN |
9781000205718 (ePub ebook) |
|
1000205711 |
|
9781000205695 (PDF ebook) |
|
100020569X |
|
9781000205701 (Mobipocket ebook) |
|
1000205703 |
|
9780429292200 (ebook) |
|
0429292201 |
| Standard No. |
10.4324/9780429292200 doi |
|
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