A host of new techniques have recently been developed in the study and modelling of the auditory pathway. These techniques, made practical thanks to recent development in computer power and memory, are often referred to as "broadband methods". These methods have allowed us to better understand how complex sounds such as music and running speech are encoded along the auditory pathway in a noise-robust fashion, and the resulting cortical models have been used in speech recognition, vehicle identification and speaker identification with great success. These techniques were developed and refined over the last 20 years, and as a result, the published literature offers a scattered, and sometimes seemingly contradictory, account. The different stimuli used might give an impression of incompatibility between the different research groups, with no clear reason to choose one approach over the other. Recently, these methods were shown to be almost equivalent. This leads to a very confusing situation for a researcher who wants to apply these new techniques to his or her current research: depending on how far back the researcher goes, the literature will appear to change over, and even to be self-contradictory. This book is the first to present, in a single volume, the different broadband methods, their different philosophies, their relative advantages and disadvantages, and a methodology that will help the would-be-practitioner get started, navigate the literature, and chose the method most appropriate to her needs.

In recent decades, auditory cortex has taken centre stage in studies of the auditory system and sound perception. Our knowledge of this structure, though still sparse, paints a picture of an extremely complex brain region, probably the most complicated yet in the auditory pathway. This book is a collection of works summarising the latest developments in auditory cortex research and reviews the current state of knowledge about cortical anatomy, function and malfunction. The book highlights use of state-of-the-art technological methodologies in unravelling various facts about auditory cortex. It canvasses findings ranging from intracellular and extracellular electrophysiology, optical imaging, quantitative electroencephalography in addition to reviews of molecular techniques, functional imaging approaches and histological anatomy.