UScholar Works
 
Filters: Department: "Kahlert School of Computing" Collection: "ir_uspace" Subject: "Discrete event dynamic systems"
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CreatorTitleDescriptionSubjectDate
1 Sobh, Tarek M.; Henderson, Thomas C.A dynamic recursive structure for intelligent explorationWe suggest a new approach for inspection and reverse engineering applications. In particular, we investigate the use of discrete event dynamic systems (DEDS) to guide and control the active exploration and sensing of mechanical parts for industrial inspection and reverse engineering. We introduce dy...Intelligent exploration; Discrete event dynamic systems; DEDS; Dynamic recursive finite state machines; DRFSM1992
2 Sobh, Tarek M.; Henderson, Thomas C.A dynamic recursive structure for intelligent inspectionWe suggest a new approach for inspection and reverse engineering applications. In particular we investigate the use of discrete event dynamic systems DEDS to guide and control the active exploration and sensing of mechanical parts for industrial inspection and reverse engineering?? We introduce...Intelligent inspection; Discrete event dynamic systems; DEDS; Industrial inspection; Dynamic recursive structure1992
3 Sobh, Tarek M.Active inspection and reverse engineeringWe propose a new design for inspection and reverse engineering environments. In particular, we investigate the use of discrete event dynamic systems (DEDS) to guide and control the active exploration and sensing of mechanical parts for industrial inspection and reverse engineering. We introduce dyn...Discrete event dynamic systems; DEDS; Industrial inspection1993
4 Sobh, Tarek M.Discrete event control for inspection and reverse engineeringWe address the problem of intelligent sensing in this work. In particular, we use discrete event dynamic systems (DEDS) to guide the sensing of mechanical parts for industrial inspection and reverse engineering.Discrete event control; Intelligent sensing; Inspection; Discrete event dynamic systems; DEDS1994
5 Sobh, Tarek M.; Henderson, Thomas C.Intermediate results in active inspection and reverse engineeringIn previous work [18], we have proposed a new design for inspection and reverse engineering environments. We have investigated the use of the dynamic recursive context of discrete event dynamic systems (DRFSM DEDS) to guide and control the active exploration and sensing of mechanical parts for indu...Industrial inspection; Discrete event dynamic systems; DRFSM; DEDS1993
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