relevant non-temporal resolution steps have been carried out. It is this restriction that we consider in this paper, where we introduce, justify and apply a new temporal resolution rule. This rule, which may be seen as a generalisation of the existing temporal resolution rule, can be applied at any time

as little of the graph as possible. These algorithms have been implemented and have been combined with sub-programs performing translation to normal form and non-temporal resolution to produce an integrated resolution based temporal theorem-prover. 1 Introduction Although resolution has been widely used

In this paper, a resolution method for propositional temporal logic is presented. Temporal formulae, incorporating both past-time and future-time temporal operators, are converted to Separated Normal Form (SNF), then both non-temporal and temporal resolution rules are applied. The resolution method

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This paper introduces spherical matching to estimate dense temporal correspondence of non-rigid surfaces with genus-zero topology. The spherical domain gives a consistent 2D parameterisation of non-rigid surfaces for matching. Non-rigid 3D surface correspondence is formulated as the recovery of a

We present a method to automatically extract spatio-temporal descriptions of moving objects from synchronized and calibrated multi-view sequences. The object is modeled by a time-varying multi-resolution subdivision surface that is fitted to the image data using spatio-temporal multi-view stereo

size required to handle larger proofs. Thus, we see the effective utilisation of parallelism as being crucial in making temporal theorem-proving practical. In this paper we investigate and analyse opportunities for parallelism within a clausal resolution method for temporal logics. We show how

• This study had two purposes. First, in order to address the controversy regarding activation of the primary visual area (PVA) during visual mental imagery, regional cerebral blood flow (rCBF) was recorded while subjects performed a task tha t required high-resolution visual mental imagery. Second

population of scattering centres on an ocean surface, a conditional heteroscedastic (i.e. non-constant prediction error variance) model is proposed for the modulating component of high resolution sea clutter in the logarithm domain. However, based on the results obtained for a large database of sea clutter

In this paper, a resolution method for propositional temporal logic is presented. Temporal formulae, incorporating both past-time and future-time temporal operators, are converted to Separated Normal Form (SNF), then both non-temporal and temporal resolution rules are applied. The resolution method