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Examples of the the word, multidimensional , in a Sentence Context

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  1. Are defined over multiple independent variables and are therefore called, multidimensional ,systems. Such systems are useful for modeling, for example, image processing. A
  2. To compute a one-dimensional DFT is thus sufficient to efficiently compute a, multidimensional ,DFT. This approach is known as the row-column algorithm. There are also
  3. The other four are Heart and Katz Heart and Katz propose a different, multidimensional ,methodology for categorizing laws,i.e. for ordering families of laws. They
  4. Multidimensional DFT expresses the input as a superposition of plane waves, or, multidimensional , sinusoids. The direction of oscillation in space is \math bf / \math bf. The
  5. And run-time exceptions. C does not have a special provision for declaring, multidimensional ,arrays, but rather relies on recursion within the type system to declare arrays
  6. The standard DFT is seen as the Fourier transform on a cyclic group, while the, multidimensional ,DFT is a Fourier transform on a direct sum of cyclic groups. Alternatives there
  7. To show the audience — and particularly viewers between 14 and 15 —" the, multidimensional ,wavelength of the existential self: the relationship between self and the world
  8. That take values in \math\, These concepts can be generalized for, multidimensional ,cases on \Matheson and other continuous sample spaces. Measure-theoretic
  9. Of sphere surfaces. Such a reasonable estimate can be key to successful, multidimensional ,root finding. Iterating from three time pairs and a fairly good initial value
  10. X0,x1,…,xN−1 of complex numbers, which can be viewed as a function → C. The, multidimensional ,DFT acts on multidimensional sequences, which can be viewed as functions: \
  11. Partial differential equations. The solution is broken up into plane waves. The, multidimensional ,DFT can be computed by the composition of a sequence of one-dimensional Dots
  12. He refers to as the multidimensional architecture of language" reflects the, multidimensional ,nature of human experience and interpersonal relations. " Influences Halliday
  13. Are only slightly slower than C. For programs that handle large matrices and, multidimensional ,databases, array functional languages (such as J and K) were designed with
  14. Motivates the following formal definition: The definition of a tensor as a, multidimensional ,array satisfying a transformation law traces back to the work of Rich. Tensor
  15. Effectively accomplishes the same thing. The index values of the resulting ", multidimensional ,array" can be thought of as increasing in row-major order. Multidimensional
  16. Of all, experience. Esotericism, given all its varied forms and its inherently, multidimensional ,nature, cannot be conveyed without going beyond purely historical information:
  17. Such as rhizome, assemblage,and multiplicity point the way to a recentered, multidimensional ,leftist politics. End notes Bibliography (
  18. Accessing non-contiguous data is extremely time-consuming. There are other, multidimensional ,FFT algorithms that are distinct from the row-column algorithm, although all of
  19. Of central tendency The following may be applied to individual dimensions of, multidimensional ,data, after transformation, although some of these involve their own implicit
  20. Possible to create circular data structures with conses. Common Lisp supports, multidimensional ,arrays, and can dynamically resize arrays if required. Multidimensional arrays
  21. Approach is known as the row-column algorithm. There are also intrinsically, multidimensional ,FFT algorithms. The real-input multidimensional DFT For input data x_
  22. There are also intrinsically multidimensional FFT algorithms. The real-input, multidimensional ,DFT For input data x_ consisting of real numbers, the DFT outputs have a
  23. Worse than arrays, but is still linear. An LIFFE vector is an alternative to a, multidimensional ,array structure. It uses a one-dimensional array of references to arrays of one
  24. DFT expresses the input x_n as a superposition of sinusoidal,the, multidimensional ,DFT expresses the input as a superposition of plane waves, or multidimensional
  25. Linear transformation of field coordinates. When you change coordinates in a, multidimensional ,integral by a linear transformation, the value of the new integral is given by
  26. Measure of location, depending on the context. However, the term is applied to, multidimensional ,data as well as to univariate data and in situations where a transformation of
  27. Queries with because it may require a complex combination of many tables. The, multidimensional ,structure is similar to the relational model. The dimensions of the cube-like
  28. Or array x_n that is a function of exactly one discrete variable n. The, multidimensional ,DFT of a multidimensional array x_ that is a function of d discrete variables
  29. Or frame of reference and applying the tensor to it results in an organized, multidimensional ,array representing the tensor in that basis, or as it looks from that frame of
  30. U. S., Russia,China, and Europe are present at all major fields, and in the, multidimensional ,directions of oil export pipelines out of Kazakhstan. Kazakhstan also enjoys
  31. Following domains: time domain (one-dimensional signals),spatial domain (, multidimensional ,signals),frequency domain, autocorrelation domain, and wavelet domains. They
  32. Which can be viewed as a function → C. The multidimensional DFT acts on, multidimensional ,sequences, which can be viewed as functions: \ \times \dots \times \ \to
  33. Is described by an array, any tensor with respect to a basis is described by a, multidimensional ,array. The numbers in the array are known as the scalar components of the
  34. Of Calais–You or G2 manifolds. A standard analogy for this is to consider, multidimensional ,space as a garden hose. If the hose is viewed from a sufficient distance, it
  35. Models to reference each other with user-defined variable names, and to perform, multidimensional ,analysis and massive, but easily editable consolidations. Logical spreadsheets
  36. This compositional viewpoint immediately provides the simplest and most common, multidimensional ,DFT algorithm, known as the row-column algorithm (after the two-dimensional
  37. As it is because of what it has evolved to do. Thus, what he refers to as the, multidimensional ,architecture of language" reflects the multidimensional nature of human
  38. Factor analysis, a method of determining the underlying dimensions of data;, multidimensional ,scaling, a method for finding a simple representation for data with a large
  39. Concept using different languages and at different levels of abstraction. As, multidimensional ,arrays Just as a scalar is described by a single number, and a vector with
  40. Independent. Analogously to the univariate density,the, multidimensional ,Cauchy density also relates to the Multivariate Student distribution. They are
  41. Classification * Support Vector Machines (SVM): a set of methods which divide, multidimensional ,data by finding a dividing hyperplane with the maximum margin between the two
  42. On random inputs (Run,1995). Multidimensional Fits As defined in the, multidimensional ,DFT article, the multidimensional DFT: X_\math bf = \sum_^ ex x_\math bf
  43. Multidimensional Fits As defined in the multidimensional DFT article,the, multidimensional ,DFT: X_\math bf = \sum_^ ex x_\math bf transforms an array x_\math bf with a
  44. The comments and the poem. " Thus although the narration is non-linear and, multidimensional , the reader can still choose to read the novel linearly without
  45. Models proved too weak to reveal membranes. Planes A membrane, or brand, is a, multidimensional ,object, usually called a Brand, with P referring to the number of dimensions
  46. Basis. Early examples of block codes are repetition codes, Hamming codes and, multidimensional ,parity-check codes. They were followed by a number of efficient codes
  47. Is a function of exactly one discrete variable n. The multidimensional DFT of a, multidimensional ,array x_ that is a function of d discrete variables n_\ell = 0,1,\dots
  48. Can be classified as time-series data, cross-sectional data, panel data, and, multidimensional , panel data. Time-series data sets contain observations over time; for example
  49. Dahl – supercomputer developer, founder of Dahl Corporation * A. Anneal –, multidimensional ,processing, computational complexity theory * A. E. Hugo - parallel computing
  50. N are greater than 1. Arrays with more than two dimensions are referred to as, multidimensional ,arrays. Arrays are a fundamental type and many standard functions natively

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