Analysis of Manufacturing Systems via Semi-open Queuing Networks

Sunderesh S. Heragu

Joint work with Mukund Srinivsan

Decision Sciences and Engineering Systems Department

Rensselaer Polytechnic Institute

Troy, NY 12180

In this paper, we present a semi-open queuing network modeling approach to estimate performance measures of a manufacturing system. It is assumed that the arrival rate of the product and the service rates of the various servers are available. The manufacturing system is assumed to have a fixed number of pallets. A job arriving into the system first enters the system's job queue. If there is a pallet available in the pallet pool, the job enters the network of servers immediately, along with the pallet. Otherwise, it waits in the job queue until a pallet becomes available. When a job exits the system, the pallet associated with the job returns to the pallet pool. The semi-open network is a more realistic model of a manufacturing system because it estimates the time an arriving job waits to be paired with a pallet. Experimental results are provided to demonstrate the effectiveness of the approach.

 

Oct. 3, 2003

Park Town Hotel, Birch Room

Cocktails 5:30, Dinner 6:00, Presentation 7:00

Tickets $16

For more information contact:

Kent Kostuk 244-3295 k.kostuk@fcl.ca

Winfried Grassmann 966-4898 grassman@cs.usask.ca