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Offers a radically new approach to inference with nonexperimental data when the statistical model is ambiguously defined. Examines the process of model searching and its implications for inference. Identifies six different varieties of specification searches, discussing the inferential consequences of each in detail.

A hand-inspected Used copy of "Project Delivery Practice Guide" by Construction Specifications Institute. Ships directly from Textbooks.com

VIEW MY OTHER LISTINGS FOR A BOATLOAD OF OTHER ACCESSORIES AND PARTS The clean-up of my music area CONTINUES!!! For your approval today is a co...

VIEW MY OTHER LISTINGS FOR A BOATLOAD OF OTHER ACCESSORIES AND PARTS The clean-up of my music area CONTINUES!!! For your approval today is a c...

Original 1996 Ernie Ball MUSIC MAN Specifications Catalog [1ST Year AXIS Case Candy]1996 SPECIFICATIONS CATALOG FEATURESSilhouetteSilhouette SPECIA...

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Racehorses must breathe efficiently to win. Here's how to find such a horse. The difference between a champion and a claimer is often less than 5% in ability. Many times that 5% difference lies in the way a horse breathes while racing. Straight legs and good conformation aren't enough. A champion must have a low oxygen demand and a superior oxygen delivery system, or good airflow. Dr. W. Robert Cook is the recognized authority on how horses breathe. He pioneered research into the connection between breathing and racing performance. In his book, Specifications for Speed in the Racehorse: The Airflow Factors, Dr. Cook explains how you can conduct your own airflow evaluation to detect and avoid the conditions horsemen describe as "flipped its palate," "ran out of gas," "bled," "choked up," "had a lazy flapper," "couldn't breathe," etc.

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Offers a radically new approach to inference with nonexperimental data when the statistical model is ambiguously defined. Examines the process of model searching and its implications for inference. Identifies six different varieties of specification searches, discussing the inferential consequences of each in detail.

The “Standard Specifications for the Construction of Roads and Bridges on Federal Highway Projects (FP)” is issued primarily for constructing roads and bridges on Federal Highway projects under the direct administration of the Federal Highway Administration. It is also used by the U. S. Forest Service and other Federal agencies on their projects. These specifications are cited as "FP-14" indicating "Federal Project" Standard Specifications issued in 2014 and contain both United States Customary and Metric units of measure.

Abstraction and Specification in Program Development offers professionals in program design and software engineering a methodology that will enable them to construct programs that are reliable and reasonably easy to understand, modify, and maintain. Good programming involves the systematic mastery of complexity, and this book provides the first unified treatment of the techniques of abstraction and specification, which, the authors argue, are the linchpin of any effective approach to programming. They place particular emphasis on the use of data abstraction to produce highly modular programs. The authors focus on the process of decomposing large program projects into independent modules that can be assigned to independent working groups. They discuss methods of decomposition, the kinds of modules that are most useful in this process, and techniques to increase the likelihood that modules produced can in fact be recombined to solve the original programming problem. There are many examples of abstractions throughout the text, and each chapter ends with pertinent references and exercises. Most of the sample implementations in the book are written in CLU, one of a growing number of languages able to support data abstraction. Sufficient material is included, however, to allow the reader to work in Pascal as well. The material in this book was developed by the authors during a decade of teaching undergraduate, graduate, and professional-level courses. Barbara Liskov, the developer of CLU, is Professor and John Guttag an Associate Professor of Computer Science at MIT. Abstraction and Specification in Program Development is included in the MIT Electrical Engineering and Computer Science series.

Hardcover. Updated guidance for accurately interpreting graphic and written construction documents, including commercial ones Print and Specifications Reading for Construction is an easy-to-understand yet comprehensive manual on how to interpret construction documents, including the often quite complicated construction specifications for commercial building projects, covering both the graphic and written sets and demonstrating how they relate to each other. Complete sets of construction documents for three actual building projects are available on the book companion website. Practice questions and exercises are included throughout the text to aid in seamless reader comprehension and information retention. Written by a highly qualified author with more than three decades of experience in the field, Print and Specifications Reading for Construction includes information on: Basics of construction plan reading and relevant terminology, including architectural, structural, mechanical, electrical, plumbing, and civil drawings and specificationsUse of schematics in today's construction environment, and updates on soils and structural membersTerminology and practical applications of BIM and sustainability, and clearly illustrated descriptions of various structural membersReal construction problems in large-scale residential and commercial projects via included sample setsCovering both print reading and key construction specifications, Print and Specifications Reading for Construction is an easy-to-understand, accessible, and completely comprehensive guide on the subject for students in construction management and construction technology programs. Shipping may be from multiple locations in the US or from the UK, depending on stock availability.

Updated edition of the comprehensive rulebook to the specifier's craft With this latest update, Construction Specifications Writing, Sixth Edition continues to claim distinction as the foremost text on construction specifications. This mainstay in the field offers comprehensive, practical, and professional guidance to understanding the purposes and processes for preparation of construction specifications. This new edition uses real-world document examples that reflect current writing practices shaped by the well-established principles and requirements of major professional associations, including the American Institute of Architects (AIA), the Engineers Joint Contract Documents Committee (EJCDC), and the Construction Specifications Institute (CSI). Also included are guidelines for correct terminology, product selection, organization of specifications according to recognized CSI formats, and practical techniques for document production. Fully revised throughout, this Sixth Edition includes: Updates to MasterFormat 2004, as well as SectionFormat/PageFormat 2007 and Uniformat End-of-chapter questions and specification-writing exercises Samples of the newly updated construction documents from the AIA New chapter on sustainable design and specifications for LEED projects Updated information on the role of specifications in Building Information Modeling (BIM)

Providing a thorough treatment of most elementary programme development techniques, this revised edition covers topics such as procedures, parameters, recursion and data refinement, with the integration of specification, development and coding, based on ordinary (classical) logic. This second edition features: substantial restructuring of earlier material, streamlining the introduction of programming language features; simplified presentation of procedures, parameters and recursion; an expanded chapter on data refinement, giving the much simpler laws that specialize to functional abstractions; a new chapter on recursive types (trees etc) and appropriate control structures; and, following the original concluding case study, two completely new ones: "the recursive treatment of the largest rectangle under a histogram", and a specification and extended developnent of an electronic mail system (including limited concurrency).

Abstraction and Specification in Program Development offers professionals in program design and software engineering a methodology that will enable them to construct programs that are reliable and reasonably easy to understand, modify, and maintain. Good programming involves the systematic mastery of complexity, and this book provides the first unified treatment of the techniques of abstraction and specification, which, the authors argue, are the linchpin of any effective approach to programming. They place particular emphasis on the use of data abstraction to produce highly modular programs. The authors focus on the process of decomposing large program projects into independent modules that can be assigned to independent working groups. They discuss methods of decomposition, the kinds of modules that are most useful in this process, and techniques to increase the likelihood that modules produced can in fact be recombined to solve the original programming problem. There are many examples of abstractions throughout the text, and each chapter ends with pertinent references and exercises. Most of the sample implementations in the book are written in CLU, one of a growing number of languages able to support data abstraction. Sufficient material is included, however, to allow the reader to work in Pascal as well. The material in this book was developed by the authors during a decade of teaching undergraduate, graduate, and professional-level courses. Barbara Liskov, the developer of CLU, is Professor and John Guttag an Associate Professor of Computer Science at MIT. Abstraction and Specification in Program Development is included in the MIT Electrical Engineering and Computer Science series.

Your single source of guidance to the purpose and process of preparing construction preparations. This new edition offers an up-to-date, practical guide to the craft of specifications writing—from correct terminology through product selection procedures. Reflects the latest AIA and CSI standards, including the current practices of the Engineers Joint Contract Documents Committee (EJCDC). Includes project-tested guidelines for creating specifications which offer advice on every aspect of a project Features a unique project manual checklist that reviews the entire specifications process. Offers guidelines that help with all aspects of specifications writing—from correct terminology through product selection procedures.  Includes appendices loaded with useful tools like sample documents and forms.

Abstraction and Specification in Program Development offers professionals in program design and software engineering a methodology that will enable them to construct programs that are reliable and reasonably easy to understand, modify, and maintain. Good programming involves the systematic mastery of complexity, and this book provides the first unified treatment of the techniques of abstraction and specification, which, the authors argue, are the linchpin of any effective approach to programming. They place particular emphasis on the use of data abstraction to produce highly modular programs. The authors focus on the process of decomposing large program projects into independent modules that can be assigned to independent working groups. They discuss methods of decomposition, the kinds of modules that are most useful in this process, and techniques to increase the likelihood that modules produced can in fact be recombined to solve the original programming problem. There are many examples of abstractions throughout the text, and each chapter ends with pertinent references and exercises. Most of the sample implementations in the book are written in CLU, one of a growing number of languages able to support data abstraction. Sufficient material is included, however, to allow the reader to work in Pascal as well. The material in this book was developed by the authors during a decade of teaching undergraduate, graduate, and professional-level courses. Barbara Liskov, the developer of CLU, is Professor and John Guttag an Associate Professor of Computer Science at MIT. Abstraction and Specification in Program Development is included in the MIT Electrical Engineering and Computer Science series.

Abstraction and Specification in Program Development offers professionals in program design and software engineering a methodology that will enable them to construct programs that are reliable and reasonably easy to understand, modify, and maintain. Good programming involves the systematic mastery of complexity, and this book provides the first unified treatment of the techniques of abstraction and specification, which, the authors argue, are the linchpin of any effective approach to programming. They place particular emphasis on the use of data abstraction to produce highly modular programs. The authors focus on the process of decomposing large program projects into independent modules that can be assigned to independent working groups. They discuss methods of decomposition, the kinds of modules that are most useful in this process, and techniques to increase the likelihood that modules produced can in fact be recombined to solve the original programming problem. There are many examples of abstractions throughout the text, and each chapter ends with pertinent references and exercises. Most of the sample implementations in the book are written in CLU, one of a growing number of languages able to support data abstraction. Sufficient material is included, however, to allow the reader to work in Pascal as well. The material in this book was developed by the authors during a decade of teaching undergraduate, graduate, and professional-level courses. Barbara Liskov, the developer of CLU, is Professor and John Guttag an Associate Professor of Computer Science at MIT. Abstraction and Specification in Program Development is included in the MIT Electrical Engineering and Computer Science series.