The structural active-object system approach to AGV system editor implementation

Öffentlich Deposited

Citeable URL: https://ir.library.oregonstate.edu/concern/defaults/4b29bf205

Descriptions

Attribute Name	Values
Creator	Yan, Jimmy Minoura, Toshimi
Abstract	The Structural Active-Object System (SAOS) approach allows rapid development of various concurrent systems by structural and hierarchical object composition (SHOC). We implemented, as a SAOS program, a graphical editing and simulation program for automatic guided vehicle (AGV) systems, which carry around parts in automated factories. It is difficult to predict the performance of an AGV system by analytical calculations, and hence a software tool that allows rapid construction and modification of a simulated AGV system is very useful. We can create an AGV system simply by placing track segments, stations, and AGVs on the graphical editor canvas. Simulation is automatically started when the first AGV is placed on the AGV track. Furthermore , the track layout can be dynamically modified during simulation, and the effects of the modifications can be immediately observed by the user. Key Words and Phrases: object-oriented programming, active object system, manufacturing control, AGV, FMS, graphical editor, structural composition, hierarchical composition.
Resource Type	Research Paper
Academic Affiliation	Computer Science
Urheberrechts-Erklärung	In Copyright
Publisher	Oregon State University. Department of Computer Science
Language	English [eng]

Miniaturansicht	Titel	Hochladedatum	Sichtbarkeit	Aktionen
	Yan_Minoura_Active_Object_AGV_System_Editor.pdf	2023-02-14	Öffentlich	Herunterladen