Galois field-based polynomial additionCost functionDefect- and fault-tolerant QCA layoutThe quantum-dot cellular automata, which provides a novel nano-computation paradigm, has got wide acceptance owing to its
PolynomialC adds polynomials to C++. These polynomials only have one variable for its calculations: x. These polynomials can be used for algebra and calculus. Here are some features of PolynomialC. Algebra Addition with constants and other polynomials. Subtraction with constants and other polynomials...
[x,r] = deconv(___,Name=Value)specifies options using one or more name-value arguments in addition to any of the input argument combinations in previous syntaxes. You can specify the deconvolution method usingdeconv(__,Method=algorithm), wherealgorithmcan be"long-division"or"least-squares"....
c = laurentPolynomial with properties: Coefficients: [1 3 5 7] MaxOrder: 3 Addition Add the two polynomials a(z) and b(z). Use the helper function helperPrintLaurent to print the result in algebraic form. Get polySum = plus(a,b) polySum = laurentPolynomial with properties: Coefficie...
In addition: in my case I know the exact x and y values of a line and want to use matlab to give me a max point on the curve. I have modified the above code for my purpose, and it works: clearall %read merchant and CfD Shareholder value (2) from an Excel file ...
[x,r] = deconv(___,Name=Value) specifies options using one or more name-value arguments in addition to any of the input argument combinations in previous syntaxes. You can specify the deconvolution method using deconv(__,Method=algorithm), where algorithm can be "long-division" or "least...
Deconvolution method, specified as one of these values: "long-division"— Deconvolution by polynomial long division (default). "least-squares"— Deconvolution by least squares, where the deconvolved signalxis computed to minimize the norm of the residual signal (or remainder)r. That is,xis the...
Global Polynomial Interpolation is useful for creating smooth surfaces and identifying long-range trends in the dataset. However, in earth sciences, the variable of interest usually has short-range variation in addition to long-range trend. When the dataset exhibits short-range variation, Local Polyno...
Deconvolution method, specified as one of these values: "long-division"— Deconvolution by polynomial long division (default). "least-squares"— Deconvolution by least squares, where the deconvolved signalxis computed to minimize the norm of the residual signal (or remainder)r. That is,xis the...
Kabatiansky G. A., Levenshtein V. I.,Bounds for packings on a sphere and in space, Problems of Information Transmission14: (1) (1978), 1–17. Google Scholar Koornwinder T.,The addition formula for Jacobi polynomials and spherical harmonics, SIAM J. Appl. Math.25(1973), 236–246. ...