By M. G. Rodd, G. J. Suski
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Extra info for Artificial Intelligence in Real-Time Control 1988. Proceedings of the IFAC Workshop, Clyne Castle, Swansea, UK, 21–23 September 1988
Consider the next three rules. [RULE_PR0C_STEP_2_ST [PREMISE '($AND ($EQ Advisory_Mode 'ON) ($PASCAL "advise ('b. 0] [ACTION '($SETQ PR0C_STEP_2_STARTED 'TRUE]] [RULE_PR0C_STEP_2_BY [PREMISE '($EQ BREAKERS_CHECKED_BY_FLIGHTCREW 'TRUE] [ACTION '($SETQ PR0C_STEP_2_BYPASSED 'TRUE]] [RULE_PR0C_STEP_2_FIN [PREMISE '($AND ($EQ 0PERATI0NAL_M0DE 'ACTIVE) ($EQ BREAKERS_CHECKED_BY_FCS 'TRUE] [ACTION '(SSETQ PR0C_STEP_2_FINISHED 'TRUE]] The first rule provides an advisory with a 2 sec grace period. Within this time period, a goaldirected search on parameter BREAKERS_CHECKED_BY_FLIGHTCREW performed within the second rule invokes additional rules that check if all circuit breakers have been checked by the flight crew.
This task can be further decomposed into five functional modules connected to a common user interaction module. This is illustrated in Figure 1. The implementation of these functional modules requires a system structure with access to both numeric and symbolic processing facilities. Such a structure is outlined in Woods and 0gärd (I988). The first module is event analysis. The objective of this module is to identify and analyze the overall state of the process, based on the incoming sequence of event signals combined with additional measurements and prior knowledge about the plant.
Typical examples are unification-based grammars such as PATR-II and DCG (Definite Clause Grammar) described by Shieber (1985). Due to its close relation to Prolog, the DCG formalism seems particularly attractive. Its relation to Prolog makes it easy to modify and tailor the grammar to fit our special application. A DCG grammar is based on a contextfree kernel of grammar rules. This kernel is extended to express context sensitive rules by parameter passing and access to general Prolog clauses. The powerful unification feature embedded in Prolog may be utilised to build a parse tree and gather additional information about the items in the input sequence during the parse process.
Artificial Intelligence in Real-Time Control 1988. Proceedings of the IFAC Workshop, Clyne Castle, Swansea, UK, 21–23 September 1988 by M. G. Rodd, G. J. Suski