In order to prevent broken traceability from occurring we describe a rule-based static analysis technique which operates over workflow descriptions and anticipates patterns in provenance.
Here we specifically describe a rule-based component for processing spatial relationships that is used both for the active agents and at the user interface to provide a dynamic query response.
Guy Sorman, the author of a sceptical book about China, "The Empire of Lies", describes a rule in Shanghai that allows a local man to obtain a hukou for his wife from outside after 15 years of marriage, but makes no provision for a Shanghai woman to marry someone from elsewhere.
Once a full path, from root to leaf, is described, a Rule is fired and its consequent is executed.
He describes a rule-driven environment quite different from Abu Ghraib, the prison near Baghdad where American soldiers abused Iraqi inmates.
The paper describes a rule-based information extraction (IE) system developed for Polish medical texts.
An example of this type of publications is work by Bobach et al. describing a rule-based definition of chemical classes to classify compounds into classes [3] or the ClassyFire software [4] developed in the Wishart's group allowing chemists to perform large-scale automated chemical classification based on a structure-based chemical taxonomy consisting of over 4800 categories.
Royston et al (2003) describe a stopping rule approach based on the expected total number of events in the control group, for multiple experimental arms when each is compared with the control.
Some interactions could represent a complex, instead of an 'inhibition' or 'activation' signal, in this case there is not really a rule that would describe this situation, besides maybe source == target, but unfortunately I get an error when I use the '=' sign to describe an edge rule.
The conclusions describe a trend, not a rule.
We describe a set of rules that produce the same patterns as traditional CFD implementations.
