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  2. Monkey and banana problem - Wikipedia

    en.wikipedia.org/wiki/Monkey_and_banana_problem

    The example set of rules that CLIPS provides is somewhat fragile in that naive changes to the rulebase that might seem to a human of average intelligence to make common sense can cause the engine to fail to get the monkey to reach the banana. [3] Other examples exist using Rules Based System (RBS) a project implemented in Python. [4] [5]

  3. Toy problem - Wikipedia

    en.wikipedia.org/wiki/Toy_problem

    Vacuum World, a shortest path problem in which the goal is to vacuum up all the pieces of dirt. In scientific disciplines, a toy problem [1] [2] or a puzzlelike problem [3] is a problem that is not of immediate scientific interest, yet is used as an expository device to illustrate a trait that may be shared by other, more complicated, instances of the problem, or as a way to explain a ...

  4. Rice's theorem - Wikipedia

    en.wikipedia.org/wiki/Rice's_theorem

    For example, Rice's theorem implies that in dynamically typed programming languages which are Turing-complete, it is impossible to verify the absence of type errors. On the other hand, statically typed programming languages feature a type system which statically prevents type errors.

  5. Hadamard transform - Wikipedia

    en.wikipedia.org/wiki/Hadamard_transform

    The Hadamard transform H m is a 2 m × 2 m matrix, the Hadamard matrix (scaled by a normalization factor), that transforms 2 m real numbers x n into 2 m real numbers X k.The Hadamard transform can be defined in two ways: recursively, or by using the binary (base-2) representation of the indices n and k.

  6. File:Hamming(7,4) example 1101.svg - Wikipedia

    en.wikipedia.org/wiki/File:Hamming(7,4)_example...

    English: Example Haming(7,4) code of the data 1101 into 1010101. The parity of the red, green, and blue circles are all even (red & blue have 2 1's; green has 4 1's). The parity of the red, green, and blue circles are all even (red & blue have 2 1's; green has 4 1's).

  7. Hamming bound - Wikipedia

    en.wikipedia.org/wiki/Hamming_bound

    In 1973, Tietäväinen proved [1] that any non-trivial perfect code over a prime-power alphabet has the parameters of a Hamming code or a Golay code. A perfect code may be interpreted as one in which the balls of Hamming radius t centered on codewords exactly fill out the space ( t is the covering radius = packing radius).

  8. Closed-world assumption - Wikipedia

    en.wikipedia.org/wiki/Closed-world_assumption

    In the context of knowledge management, the closed-world assumption is used in at least two situations: (1) when the knowledge base is known to be complete (e.g., a corporate database containing records for every employee), and (2) when the knowledge base is known to be incomplete but a "best" definite answer must be derived from incomplete information.

  9. Hamming graph - Wikipedia

    en.wikipedia.org/wiki/Hamming_graph

    The Hamming graph H(d,q) has vertex set S d, the set of ordered d-tuples of elements of S, or sequences of length d from S. Two vertices are adjacent if they differ in precisely one coordinate; that is, if their Hamming distance is one. The Hamming graph H(d,q) is, equivalently, the Cartesian product of d complete graphs K q. [1]