I have developed a simple QC-inspired texture synthesis algorithm, which is fully operative, except for the fact ("small detail") that it assumes the user is able to provide desired values for the involved "input" q-bits. Of course, this is not feasible from a purely QC point of view, as q-bits are (randomly) sampled when observed, and, in this case, it is not feasible to repeat the sampling process until obtaining the desired values (I use around 15-20 q-bits).Any thoughts/links to follow on this problem? Thanks!
I think, you can find useful references in known book M.A.Nielsen, I.L.Chuang. Quantum Computation and Quantum Information.Cambridge University Press, 2001.
Thank you, I.Yu. I have that book. In its subsection 7.2.3 the topic is addressed in general terms. I was asking for some feedback from people (if any!) who do actual simulations having relatively large size (let's say, 10 or more qbits) non-randomly initialized inputs.
How do you involve your necessary QuBits?
How do you relate QuBits and text-elements?
Hello Franz,
I can send you the (accepted for publication) paper, so you can access all the details... In that case, please send me (as a private message through RG, if you want) your email address. I can tell you for now that the paper is about visual texture, not about text (though text images can be described as a visual texture too :) ).
Best wishes
Dear Javier,
my Email is [email protected] , thanks for your paper.
I can offer you my publications on http://www.plbg.at
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