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UID:776-96@www.leopoldina.org
CLASS: PUBLIC
SUMMARY:Beyond von Neumann Computing
DESCRIPTION:Today's data processing is realized almost exclusively by compu
 ters, which are designed following the von-Neumann principle. Data and inst
 ructions for the processing unit pass the same data bus, leading to the so-
 called von Neumann bottleneck, which innately limits the performance of the
 se computers. Radically new approaches are essential for creating next gene
 ration information processing technology.  The symposium "Beyond von Neuman
 n Computing" addresses key challenges and aims at identifying novel concept
 s towards the realization of neuromorphic computing. Thus, limitations due 
 to inherent computer design issues may be overcome, and also a drastically 
 improved energy efficiency may result. World leading experts from complemen
 tary disciplines ranging from materials science, physics, engineering, comp
 utation, neuroscience to biology will present and discuss their visions in 
 the symposium.\n\nImage: MPI of Microstructure Physics\n\nFurther Informati
 on and Registration\n\nThe symposium is open to anyone interested and free 
 of charge.  Registration\n\nContact\n\nDr. Dirk SanderMax Planck Institute 
 of Microstructure Physics, HalleE-Mail: sander@mpi-halle.de
LOCATION:Halle (Saale)
DTSTAMP:20251112T170935Z
DTSTART:20170906T160000Z
DTEND:20170908T110000Z
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