We present a new approach to the cocktail party problem that uses a cortronic articial neural network architecture (Hecht-Nielsen, 1998) as the front end of a speech processing system. Our approach is novel in three important respects. First, our method assumes and exploits detailed knowledge of the signals we wish to attend to in the cocktail party en-vironment. Second, our goal is to provide preprocessing in advance of a pattern recognition system rather than to separate one or more of the mixed sources explicitly. Third, the neural network model we employ is more biologically feasible than are most other approaches to the cocktail party problem. Although the focus here is on the cocktail party prob-lem, the method presented in this study...
Though seemingly effortless, our auditory system engages in complex processes and transformations wh...
Change: Adelaide numbers will change in August when our prefix becomes +61-8-8201 This paper deals w...
We study the cocktail party problem and propose a novel attention network called Tune-In, abbreviate...
Speech is the preferred means of communication between people. It is starting to be the primary mean...
Ph.D Thesis: Karl Wiklund McMaster University (2009) The human auditory system is remarkable in its ...
The brain is a physical system that can perform intelligent computations. We are interested in natur...
A complex computational model of the human ability to listen to certain signals in preference of oth...
The human auditory system easily solves the "cocktail party problem" - that is, even when multiple p...
Understanding speech in the presence of distracting talkers is a difficult computational problem kno...
How do we recognize what one person is saying when others are speaking at the same time? The "c...
We propose a novel nonlinear self-organising network, which employs hebbian and anti-hebbian learnin...
The cocktail party problem is one of following a conversation in a crowded room where there are many...
Developing a computational auditory model to solve the cocktail party problem has long bedeviled sci...
In this paper, we present an on-line adaptive scheme for blind separation of speech signals from the...
A striking feature of many sensory processing problems is that there appear to be many more neurons ...
Though seemingly effortless, our auditory system engages in complex processes and transformations wh...
Change: Adelaide numbers will change in August when our prefix becomes +61-8-8201 This paper deals w...
We study the cocktail party problem and propose a novel attention network called Tune-In, abbreviate...
Speech is the preferred means of communication between people. It is starting to be the primary mean...
Ph.D Thesis: Karl Wiklund McMaster University (2009) The human auditory system is remarkable in its ...
The brain is a physical system that can perform intelligent computations. We are interested in natur...
A complex computational model of the human ability to listen to certain signals in preference of oth...
The human auditory system easily solves the "cocktail party problem" - that is, even when multiple p...
Understanding speech in the presence of distracting talkers is a difficult computational problem kno...
How do we recognize what one person is saying when others are speaking at the same time? The "c...
We propose a novel nonlinear self-organising network, which employs hebbian and anti-hebbian learnin...
The cocktail party problem is one of following a conversation in a crowded room where there are many...
Developing a computational auditory model to solve the cocktail party problem has long bedeviled sci...
In this paper, we present an on-line adaptive scheme for blind separation of speech signals from the...
A striking feature of many sensory processing problems is that there appear to be many more neurons ...
Though seemingly effortless, our auditory system engages in complex processes and transformations wh...
Change: Adelaide numbers will change in August when our prefix becomes +61-8-8201 This paper deals w...
We study the cocktail party problem and propose a novel attention network called Tune-In, abbreviate...