Medical-Legal and Forensic Aspects of Communication Disorders, Voice Prints, & Speaker Profiling
Medical-Legal and Forensic Aspects of Communication Disorders, Voice Prints, and Speaker Profiling is one of the most comprehensive texts on this specialized subject. Written by Dennis C. Tanner, this 347-page four-part volume is designed for lawyers, judges, law enforcement, homeland security, and intelligence professionals.
- Author: Dennis C. Tanner
- ISBN-10: 1-933264-13-6
- ISBN-13: 978-1-933264-13-4
- Copyright: February 1, 2007
- Pages: 347
- Binding: Hardcover
- Size: 8.5 x 11 inches
Book Structure:
Part I — Communication Sciences and Disorders: Covers the discipline’s history, research methodology, scope of practice for speech-language pathologists and audiologists, and categories of communication disorders including aphasia, dysphagia, TBI, voice disorders, childhood disorders, dementia, and hearing loss.
Part II — Medical-Legal and Forensic Aspects: Addresses medical malpractice and litigation issues for all major communication and swallowing disorders — with legal references and case studies covering dysphagia, neurogenic disorders, TBI, voice disorders, childhood disorders, dementia, and hearing loss.
Part III — Voice Prints: Examines spectrographic voice identification including speech acoustics, phonetics, and the forensic features of voice prints. Covers admissibility of voice print evidence.
Part IV — Speaker Profiling: Addresses speaker profiling principles, accent and dialect, intoxicated speech patterns, speaker profiling during forensic interviews and interrogations, profiling persons with communication disorders, and instrumental voice stress analysis.
Topics Include:
- Communication disorder litigation and malpractice
- Spectrographic voice identification and voice prints
- Acoustics of speech and phonetics
- Speaker profiling: accent, dialect, and socioeconomic indicators
- Speech patterns of intoxicated persons
- Speaker profiling in forensic interviews and interrogations
- Instrumental voice stress analysis