In this paper, we develop a framework for non-iterative structural mat
ching using contextual information. It is based on Bayesian reasoning
and involves the explicit modelling of the binary relations between th
e objects. The difference between this and previously developed theori
es of the kind lies in the assumption that the binary relations used a
re derivable from the unary measurements that refer to individual obje
cts. This leads to a non-iterative formula for probabilistic reasoning
which is amenable to real-time implementation and produces good resul
ts. The theory is demonstrated using two applications, one on stereo m
atching of linear features and the other on automatic map registration
. The breaking points of the theory are also identified experimentally
and the situations under which the proposed algorithm is applicable a
re discussed. (C) 1998 Pattern Recognition Society. Published by Elsev
ier Science Ltd. All rights reserved.