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Any replacements are listed further down
[4] viXra:1103.0007 [pdf] submitted on 3 Mar 2011
Authors: Vladimir F. Tamari, Masato Kobori
Comments:
13 pages.
The concept of simulating chosen information channels of a linear incoherent imaging system by
projecting reference signals is proposed and the system's ability to restore severely distorted but
stationary images is experimentally demonstrated. A particular instrument's object field is divided
into N discrete 'points' whose individual simulated outputs is measured at N particular sampling
points; the NxN output matrix F is the transfer matrix of the system, and being empirically derived,
it precisely accounts for all diffractions, aberrations, distortions, peculiarities of the chosen object
points and sensor size and distribution. As such F can become the basis for eliminating algorithmhardware
mismatch in various restoration schemes. Calibration allows treating the instrument as an
unknown 'black box', and imaging through a severely and arbitrarily distorting hardware is
demonstrated. Other uses of F are to add or subtract the outputs of separate instruments viewing the
same object on a pixel-by-pixel basis, and as a graphically or digitally presented measure of the
instrument's local transfer function, and hence of image quality.
Category: Digital Signal Processing
[3] viXra:1004.0037 [pdf] submitted on 3 Apr 2010
Authors: W. B. Vasantha Kandasamy, Florentin Smarandache, N. Suresh Babu, R.S. Selvaraj
Comments: 152 pages
In this book the authors introduce the new notion of
rank distance bicodes and generalize this concept to Rank
Distance n-codes (RD n-codes), n, greater than or equal to
three. This definition leads to several classes of new RD
bicodes like semi circulant rank bicodes of type I and II,
semicyclic circulant rank bicode, circulant rank bicodes,
bidivisible bicode and so on. It is important to mention that
these new classes of codes will not only multitask
simultaneously but also they will be best suited to the
present computerised era. Apart from this, these codes are
best suited in cryptography.
Category: Digital Signal Processing
[2] viXra:1003.0250 [pdf] submitted on 8 Mar 2010
Authors: Florentin Smarandache, V. Christianto
Comments: 3 pages
Mu-bit is defined here as 'multi-space bit'. It is different from standard meaning of bit in
conventional computation, because in Smarandache's multi-space theory, the bit is created
simultaneously at multi-spaces.
This new 'bit' term is different from multi-valued-bit already known in computer technology,
for example as MVLong [8][9].
This new concept is also different from qu-bit from quantum computation terminology [10]. We
know that using quantum mechanics logic we could introduce new way of computation with
'qubit' (quantum bit), but the logic remains Neumann. Now from the viewpoint of m-valued
multi-space logic, we introduce a new term: 'mu-bit' (from ' multi-space bit').
Category: Digital Signal Processing
[1] viXra:0908.0032 [pdf] submitted on 7 Aug 2009
Authors: John Fanson
Comments: 2 pages
A novel window function, also known as an
apodization or tapering function is proposed. The window is
similar in shape, spectral response and interpretation to the
Hanning window.
Category: Digital Signal Processing
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