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<p>For a given set of n tuples, the binary consistency checking scheme generates a subset wherein no two elements intersect. The application of this scheme is illustrated by two problems in seismic horizon detection; seismic skeletonization and loop tying. After a brief introduction to seismic interpretation, these two examples are used to demonstrate how to cast an application problem into the formulism of the scheme. A comparison of this scheme to the dynamic programming approach to string matching due to S.Y. Lu (1982) is included.</p>
binary consistency checking; seismic horizon detection; skeletonization; loop tying; seismic interpretation; computerised pattern recognition; geophysics computing; seismology

"The Binary Consistency Checking Scheme and Its Applications to Seismic Horizon Detection," in IEEE Transactions on Pattern Analysis & Machine Intelligence, vol. 11, no. , pp. 439-447, 1989.
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