EXPLOITING NONLINEAR DYNAMICS TO STORE AND PROCESS INFORMATION

ABRAHAM MILIOTIS, SUDESHNA SINHA, WILLIAM L. DITTO
2008 International Journal of Bifurcation and Chaos in Applied Sciences and Engineering  
By applying nonlinear dynamics to the dense storage of information, we demonstrate how a single nonlinear dynamical element can store M items, where M is variable and can be large. This provides the capability for naturally storing data in different bases or in different alphabets and can be used to implement multilevel logic. Further we show how this method of storing information can serve as a preprocessing tool for (exact or inexact) pattern matching searches. Since our scheme involves just
more » ... heme involves just a single procedural step, it is naturally set up for parallel implementation and can be realized with hardware currently employed for chaos-based computing architectures.
doi:10.1142/s0218127408021166 fatcat:qjfmpad5nndwhpfwliau4lrf3m