Title :
Automated Explosive Site Planner: a software system for siting explosives
Author :
Barche, Martin J., Jr. ; Rieder, W.
Abstract :
Attention is given to the Automated Explosive Site Planner (AESP), a software system developed at Headquarters Air Force Logistics Command (HQ AFLC) to tackle many of the problems encountered with developing an explosives site plan and completing AFLC Form 333, `Explosives Authorization For Sited Munitions Facility´. This system consists of three separate, but coordinated, programs that maintain a site database containing information on structures in and around the explosives storage area; establish minimum quantity-distance separations between the proposed structure and surrounding structures based on Air Force regulation 127-100, chapter 5; identify previously sited structures whose maximum net explosive weights must be reduced due to the introduction/placement of the proposed structure; and complete AFLC Form 333. Programs 1 and 3 of this system were designed using conventional techniques and coded in a conventional programming language (TURBO Pascal). Program 2 employs artificial intelligence techniques and was coded using expert system development software (M.1)
Keywords :
database management systems; expert systems; explosions; logistics data processing; planning (artificial intelligence); safety systems; standards; AFLC Form 333; Air Force Logistics Command; Air Force regulation 127-100; Automated Explosive Site Planner; TURBO Pascal; artificial intelligence; expert system; explosive weights; explosives site plan; explosives storage; site database; Air safety; Artificial intelligence; Explosives; Logistics; Personnel; Process planning; Software safety; Software systems; Total quality management; Weapons;
Conference_Titel :
Aerospace and Electronics Conference, 1991. NAECON 1991., Proceedings of the IEEE 1991 National
Conference_Location :
Dayton, OH
Print_ISBN :
0-7803-0085-8
DOI :
10.1109/NAECON.1991.165923