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  DESIGN OF SEMI-AUTOMATED MAIL PROCESSING FACILITIES
 
 
Titel: DESIGN OF SEMI-AUTOMATED MAIL PROCESSING FACILITIES
Auteur: Bard, Jonathan F.
Desilva, Anura
Feo, Thomas A.
Wert, Steven D.
Verschenen in: IIE transactions
Paginering: Jaargang 25 (1993) nr. 4 pagina's 88-101
Jaar: 1993-07-01
Inhoud: This paper presents a two-level approach to designing and analyzing semi-automated mail processing facilities. The strategic issues related to equipment selection and capacity expansion are examined at the upper level with the help of a large scale mixed integer linear program. The general formulation is characteristic of a multistage, multicommodity network, and contains over 7500 variables and 6500 constraints. Solutions provide input to a SLAM-based simulation model that is used to investigate operational issues related to resource scheduling, service standards, and growth in mail volume. The Northern Virginia Area facility serves as the baseline for the study. Results are presented for a proposed system embodying a host of new concepts and equipment. The first is an upgraded multi-line optical character reader (MLOCR) which is capable of scanning the entire address field, looking up a corresponding 11-digit ZIP code in a national directory, and bar-coding the envelope accordingly. The second is a remote video encoding system (RVES) which will perform the same functions as the MLOCR, but with an operator at a console to process handwritten addresses. With this new equipment, it will be possible to sequence almost 80 percent of the letter mail to the order in which it is delivered by the carrier. This is expected to reduce the amount of in-office activity by up to 45 percent, and save over $6 billion a year when implemented nationwide.
Uitgever: Taylor & Francis
Bronbestand: Elektronische Wetenschappelijke Tijdschriften
 
 

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