2 edition of Brain mechanisms in sensory substitution found in the catalog.
Brain mechanisms in sensory substitution
Bibliography, p. 158-173.
|The Physical Object|
|Pagination||xiv, 182 p. :|
|Number of Pages||182|
Sensory substitution Sensory substitution systems deliver sensory information obtained via an artificial sensory receptor to the brain, via an intact sensory pathway. For example, tactile vision substitution systems deliver visual information picked up with a television camera (or comparable device) P. BACH-Y-RITA to the brain via cutaneous receptors and pathways. Numerous studies have demonstrated the real-time use of visual, vibrotactile, auditory, and multimodal sensory augmentation technologies for reducing postural sway during static tasks and improving balance during dynamic tasks. The mechanism by which sensory augmentation information is processed and used by the CNS is not well understood. The dominant hypothesis, which has not .
The other is to decrease the risk of sensory overload in human-machine interactions by providing a parallel and supplemental channel for information flow to the brain. In contrast, conventional CBI strategies (e.g., Virtual Reality), are usually designed to provide additional or substitution information through pre-existing sensory channels. The development of sensory substitution devices has profoundly changed the classical definition of sensory modalities and contributed to the emergence of a form of "artificial synaesthesia". In the last decade, our knowledge about cognitive and brain mechanisms involved in sensory substitution has grown considerably bringing new insights into.
Bach-y-Rita P Brain Mechanisms in Sensory Substitution (New York: Academic) Google Scholar Bach-y-Rita P Tactile sensory substitution Stud. Ann. NY Acad. Sci Brain mechanisms in sensory substitution: ISBN () Hardcover, Academic Press, The Control of Eye Movements ISBN ().
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Brain mechanisms in sensory substitution Hardcover – January 1, by Paul Bach-y-Rita (Author)Cited by: Additional Physical Format: Online version: Bach-y-Rita, Paul, Brain mechanisms in sensory substitution. New York, Academic Press, (OCoLC) I first stumbled upon some references to this in and had to look up this guy.
Intriguing research. Paradigm-shifting implications. Just recently also stumbled upon a little sci-fi book called "Dark Universe" and having "Brain Mechanisms in Sensory Substitution" under my reading belt really helped me Brain mechanisms in sensory substitution book and appreciate the "Dark 5/5.
Open Library is an open, editable library catalog, building towards a web page for every book ever published. Brain mechanisms in sensory substitution by Paul Bach-y-Rita,Academic Press edition, in EnglishPages: Our own endeavors at the Smith-Kettlewell Institute of Visual Sciences have been directed toward development of a tactile vision substitution system (TVSS) Cited by: The loss of a major sensory system, such as sight, markedly alters cortical activity.
The loss can be considered to produce “brain damage.” Our sensory substitution studies were initiated a number of years ago as a model of brain plasticity; congenitally blind persons were considered a Jacksonian model [Hughlings Jackson emphasized the opportunities for discovery offered by the.
Speech And Brain Mechanisms. Description: The outcome of ten years' work, this book is a carefully planned study of brain dominance, aphasia, and other speech disturbances, and includes a discussion of the cerebral mechanisms of speech and the learning and.
The State of the Art of Sensory Substitution In: Multisensory Research. Brain Mechanisms in Sensory Substitution. Academic Press, New York, NY, USA. Reading the world through the skin and ears: A new perspective on sensory substitution, Front. Psychol.
3, (). Description: This book is the outcome of a decade of research on the neu roanatomical mechanisms of learning in the young laboratory rat. It is essentially a discourse on the functional organization of the brain in relation to problem-solving ability and intelli gence.
Plasticity of cortical representations within and across different brain regions is thought to represent the neural basis underlying sensory substitution, for example in blind and deaf humans (Rauschecker, ), as well as in the recovery of motor function after cortical lesions like stroke (Nudo et al., a).
from an intact sense organ [13,14]. Sensory substitution is thus only possible because of brain plasticity [1,15,16]. In the past, sensory substitution studies were purely academic; with rare exceptions, none of the devices ever reached the market.
However, recent technological advances have led to the possibility of new prostheticCited by: Dr. Paul Bach-y-Rita, 72, was born fighting for his life on April 4,and lived his life in a powerful, determined and loving manner from that moment on.
He passed away peacefully at home in his sleep on Monday, Novem /5(1). The term 'sensory substitution' refers to the use of a sensory modality to supply environmental information normally gathered by another sense (Auvray and Myin ; Auvray and Farina, ).
Sensory substitution devices (SSDs) thus provide through one sensory modality (the substituting modality) access to features of the world that are generally experienced through another sensory. 2. Key general considerations for sensory substitution.
The neural mechanisms of vision in humans are more complex than for the other senses. The auditory nerve has aro fibers while the optic nerve contains over 1 million fibers (Wurtz & Kandel, ), and psychophysical measurements show that the information capacity of vision is considerably higher than of audition ().
At the same time, our knowledge about cognitive and brain mechanisms involved in sensory substitution has grown considerably, bringing new insights into human perception and neural plasticity. From this perspective, sensory substitution can be considered as both a tool to investigate human cognition and brain functions, and a research topic in Cited by: Bubic A, Striem-Amit E., Amedi A.
Large-Scale Brain Plasticity Following Blindness and the Use of Sensory Substitution Devices. Chapter in Book: Multisensory Object Perception in the Primate Brain. In order to achieve sensory substitution and stimulate the brain without intact sensory organs to relay the information, machines can be used to do the signal transduction, rather than the sensory organs.
This brain–machine interface collects external signals and transforms them into electrical signals for the brain to interpret. A quarter of a century ago, in the preface to «Brain Mechanisms in Sensory Substitution», Paul Bach y Rita wrote: "This monograph thus risks becoming outdated in a very short time.
Brain Mechanisms in Sensory Substitution. New York: Academic Press. Bach-y-Rita, Paul, and Stephen W. Kercel. Sensory substitution and the human-machine interface. Trends in Cognitive Sciences 7 (12): – Barry, Susan R.
Fixing My Gaze: A Scientist’s Journey into Seeing in Three Dimensions. New York: Basic Books. In sensory substitution (e.g. of sight or vestibular function), information from an artificial receptor is coupled to the brain via a human–machine interface. The brain is able to use this information in place of that usually transmitted from an intact sense organ.
Both auditory and tactile systems show promise for practical sensory substitution interface sites. Buy Brain Mechanisms in Sensory Substitution by Bach-y-Rita, Paul (ISBN: ) from Amazon's Book Store.
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