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The Art of Modeling with Spreadsheets: Management Science, Spreadsheet Engineering, and...
Product Description Successful business modeling is much more than a technical discipline; it's an art. And as in most professional disciplines, you can tell the experts apart from the novices by the creativity they bring to the craft. That's why Steve Powell and Ken Baker's THE ART OF MODELING WITH SPREADSHEETS covers spreadsheet engineering, management science techniques, and those essential craft skills needed to develop real expertise in business modeling. Features: * Balanced and streamlined coverage of spreadsheet engineering, management science techniques, and modeling craft. * The CD-ROM packaged with this text features all of the spreadsheets referred to in the text, as well as three software tools of special importance to business analysts: Premium Solver, Crystal Ball, and Sensitivity Toolkit (featuring four sensitivity tools) Back Cover Copy Develop state-of-the-art modeling skills Successful business modeling is much more than a technical discipline; it’s an art. And as in most professional disciplines, you can tell the experts apart from the novices by the creativity they bring to the craft. Now with Steve Powell and Ken Baker’s The Art of Modeling with Spreadsheets, you can master the technical knowledge as well as those essential craft skills needed to develop real expertise in business modeling. You’ll learn:
The CD-ROM packaged wit h t his text features all of the spreadsheets referred to in the text, as well as three software tools of special importance to business analysts:
Reader Reviews Powell takes the interesting approach of showing how to model a solution to a problem, and using a spreadsheet as the engine within which to embed the solution. Who would have thought in the 70s, when the first computer spreadsheets arose, that one day they could be applied to this? Much of the book revolves around the issues of modelling. How to extract this from a problem. Here, this is as in many other texts. But we then see how a spreadsheet can be built up, with the equations that relate a group of input cells to write a value in an output cell, being those that model the solution. To a computer programmer, this use of a spreadsheet might seem a little confining. After all, shouldn't you write code in some general purpose language like C++ or Java, to do this? But the number of programmers who can do this well is fairly small. Whereas spreadsheets have a far broader audience, even in terms of who is able to program them. That is the audience Powell writes for. Comment | | (Report this)
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