![]() ![]() ![]() These students have always been the first to see the new versions, and over the years several students have offered design features that were incorporated into the software. In particular, though I would like to thank the students in Barry Renders classes at Rollins College and the students in my classes at Temple University over the past 25 years. Without their help, POM-QM for Windows would not have been as successful as it has been. I have been very fortunate in gaining the support and advice of students and colleagues from around the globe. I welcome your comments, especially by e-mail at The development of any large scale project such as POM-QM for Windows requires the assistance of many people. To the instructors who use this software, thank you for choosing POM-QM for Windows. To the students who use this software, I hope you find that this software complements your text well. This is especially nice because Windows no longer ships with winhelp.exe although it is available on the Microsoft web site. Another major update has been the change in the Help system from the old Windows WinHelp (*.hlp) system to Windows new HTML (*.chm) Help system. This is especially useful if you have a wide monitor and keep two programs open simultaneously, for example, myomlab and POM for Windows. A related improvement is that the program window size and location size is saved and when the program is restarted the location and size of the Window will be as it was when the program was last run. (that can be used with the Heizer/Render textbook and the Krajewski, et. We have, of course, updated the software for this Version with the major update being the capability to paste data from Prentice-Halls myomlab web site. We will refer to the product as POM-QM for Windows throughout this manual. Icon, all of the modules are available to all users. For consistency with past versions, when using Prentice Hall texts it is possible to install the program as POM for Windows or QM for Windows and to display the POM for Windows or QM for Windows module menu. In Version 3, we collapsed the three former Windows products into one product named POM-QM for Windows. Version 2 of all three programs was created for Windows 95 and distributed in the fall of 1999. DS for Windows, which contained all of the modules in both POM and QM and also came with a printed manual, was first distributed in 1997. The first Windows version, QM for Windows (Version 1.0), was distributed in the summer of 1996 whereas a separate but similar program, POM for Windows (Version 1.1), was first distributed in the fall of 1996. Subsequent DOS versions were titled AB:POM. The first version of this software was a DOS version published in 1989 as PC-POM. This includes Production and Operations Management, Quantitative Methods, Management Science, or Operations Research. ![]() This is a package that can be used to supplement any textbook in the broad area known as Decision Sciences. We are gratified by the response to the four previous DOS versions and three previous Windows versions of POM-QM for Windows, indicating that we have clearly met our goal. The original goal in developing this software was to provide students with the most user-friendly package available for production/operations management, quantitative methods, management science, and operations research. Today, the large majority of students have their own computers, which makes this software even more valuable than it has ever been. At the time that I finished the original DOS version, few students had personal computers or knew what an Internet service provider (ISP) was. It seems as if people have been using both minicomputers and Windows forever but, in fact, large-scale Windows usage has occurred for less than a decade. Preface It is hard to believe that POM-QM for Windows (formerly DS for Windows) has been in existence, first as a DOS program and then as a Windows program, for more than 20 years. 198 Work Measurement/Measuring Output Rates. 167 Quality Control/Process Performance and Quality. 151 Material Requirements Planning/Resource Planning. 109 Job Shop Scheduling (Sequencing)/Scheduling. 102 Integer and Mixed Integer Programming. 67 Capital Investment/Financial Analysis. 46 Assembly Line Balancing/Line Balancing. 32Ĭhapter 4: Printing The Print Setup Screen. 7Ĭhapter 2: A Sample Problem Introduction. All rights reserved.Ĭhapter 1: Introduction Overview. Quantitative Methods, Production and Operations ManagementĬopyright (c) 2011 by Pearson Education, Inc., Upper Saddle River, New Jersey, 07458. ![]()
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