Suomalainen tutkija on saanut aikaiseksi tohtorin väitöskirjan memristoreista.
Memristive computing is a new area of research, and many of its fundamentalhttps://www.doria.fi/handle/10024/79925
questions still remain open. For example, it is yet unclear which
applications would benefit the most from the inherent nonlinear dynamics
of memristors. In any case, these dynamics should be exploited to allow
memristors to perform computation in a natural way instead of attempting
to emulate existing technologies such as CMOS logic. Examples of such
methods of computation presented in this thesis are memristive stateful logic
operations, memristive multiplication based on the translinear principle, and
the exploitation of nonlinear dynamics to construct chaotic memristive circuits.
http://www.tekniikkatalous.fi/innovaatiot/tiede/suomalaistutkija+kehitti+muistin+nanotietokoneelle+ndash+kuin+keinotekoiset+aivot/a868022
http://www.doria.fi/bitstream/handle/10024/79925/AnnalesAI446LehtonenDISS.pdf?sequence=4
Monet pitävät juuri Memristoria parhaana tienä superälyyn.
http://juffo.blogspot.fi/2012/11/memristorilla-synapsit.html
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