"induction problem" is an acceptable term in written English.
It is used to describe a situation in which a conclusion is made based on evidence that only partially supports it. For example, "This experiment could help us solve the induction problem of predicting future trends from current data."
(See also induction, problem of).
Beliefs about the world are based not upon reason or evidence, nor even upon appeal to the uniformity of nature, but only on habit and custom (see induction, problem of).
In so doing he potentially undermined the rational foundations not only of beliefs about things not immediately present in space or time but of all scientific knowledge (see induction, problem of).
The described method has been tested on randomly generated scenario sets containing 250 to 1500 elements and on the alarm clock controlling EFSM induction problem where it has greatly outperformed genetic algorithm.
Hutter (2005, 2007a,b) argues that Solomonoff's formal and complete theory essentially solves the induction problem.
The induction problem as described by Popper does not apply for a SEF because the future is defined as an open space of possibility that can only be illustrated but never known.
The remarkable advantages of this novel scheme are the complete removal of the volume discretization of the air space and the capability of simulating large-scale complicated geo-electromagnetic induction problems.
Standard examples of induction problems: sums and and other recursions, once we've guessed the answer from the pattern of the first few examples (an important problem-solving technique in general, but beware of false trails such as 32+42=52, 33+43+53=63, but 34+44+54+64≠74); maximal number of slices of a pizza produced by n straight cuts.
Lechman et al. (2011) compared thin-sheet and 3D models, while Sun and Egbert (2012) extended the use of thin-sheet models for global EM induction problems.
We have developed a new 2-D FEM forward code, which is useful especially for EM induction problems with bathymetry and coastlines.
However, since there is a large contrast in conductivity between sea water and rocks in the crust and the mantle, we have to pay more attention to the accuracy of forward solvers used for electromagnetic induction problems, including bathymetry.
