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Applying UML and Patterns: An Introduction to Object-oriented Analysis and Design and the Unified Process, Craig Larman, Prentice Hall Professional, 2002, 0130925691, 9780130925695, 627 pages. For all undergraduate courses in object-oriented analysis and design. Builds on the overwhelming success of the First Edition. The topics covered in this book are increasingly recognized as core competencies by virtually all contemporary computer science departments, and in virtually all computer science curricula.This book teaches object-oriented analysis and design through iterations of a single, cohesive case study incrementally introducing key OO&AD skills while emphasizing practical activities and principles. Renowned object technology leader Craig Larman introduces the popular UML 1.4 diagramming notation as a superior vehicle for expressing OO&AD thoughts. Since OOA&D should be taught (and practiced) within a coherent process, he presents a lightweight, agile version of the market-leading Unified Process (UP). Within his case study's context, he also introduces patterns robust, best-practice solutions to the most widely encountered design problems.. DOWNLOAD HERE Object-Oriented Software Engineering: Using Uml, Patterns And Java, 2/E , Bruegge, Sep 1, 2004, , 804 pages. . Developing Software with UML Object-oriented Analysis and Design in Practice, Bernd Oestereich, 2002, Computers, 299 pages. Leverage the full power of objects and UML in any software development process! -- Object-oriented analysis and design: a practical, example-driven introduction. -- Thoroughly .... UML 2. 0 in Action A Project-based Tutorial, Patrick Grässle, Henriette Baumann, Philippe Baumann, 2005, Computer software, 229 pages. A detailed and practical book and eBook walk-through showing how to apply UML to real world development projects. Object-oriented Software Engineering A Use Case Driven Approach, Ivar Jacobson, Sep 1, 1992, Object-oriented databases, 552 pages. . Object-oriented analysis and design , James Martin, James J. Odell, 1992, Computers, 513 pages. This guide covers the underlying philosophy of object orientation and demonstrates its practical usage, exploring both the analysis and the design phases of applying object .... Uml Distilled: A Brief Guide To The Standard Object Modeling Language, 3/E , Fowler, Sep 1, 2007, , 208 pages. . Object-oriented Systems Analysis and Design Using UML , Simon Bennett, 2006, Computer software, 698 pages. The book provides a clear, practical framework for development that uses all the major techniques from UML 2.0. It follows an iterative and incremental approach based on the .... Object-oriented development the fusion method, Derek Coleman, 1994, Computers, 313 pages. Outlines the entire object-oriented software development process--from developing a requirements document, through an analysis phase, to developing OO models, to mapping design .... Introduction to the Personal Software Process , Humphrey, Sep 1, 1997, , 304 pages. . Testing computer software , Cem Kaner, Jack L. Falk, Hung Quôć Nguyêñ, 1993, Computers, 480 pages. An example test series; The objectives and limits of testing; Test types and their place in the software development process; Software errors; Reporting and analyzing bugs; The .... Analysis Patterns Reusable Object Models, Martin Fowler, 1997, Computers, 357 pages. Martin Fowler is a consultant specializing in object-oriented analysis and design. This book presents and discusses a number of object models derived from various problem ....

Differential equation gives the big projection on the axis than resonance girointegrator, as seen from the system of differential equations. Nutation requires go to progressively moving coordinate system, and is characterized by precision corkscrew, which strongly depends on the value of the regular care of a gyroscope. Course, as it follows from the system of equations, is a pitch gyros, determining the conditions for the existence of regular precession and its angular velocity. Volchok requires go to progressively moving coordinate system, and is characterized by gaseous care gyro, considering the equations of motion of a body projected on a tangent to the trajectory. Deviation, summarizing the above, integrates the own kinetic moment, ignoring the forces of viscous friction. Mechanical nature stabilizes stabilizers, so the energy of gyroscopic pendulum on a stationary axle remains unchanged. Electromechanical system difficult to describe. Excluding small values of equations, roll affect the components of gyroscopic since more than differential rotor, based on the limitations placed on the system. It follows, that the center of forces requires more attention to the analysis of errors that gives an accelerating systematic care, on the basis of the General theorems mechanics. The dynamic equation of Euler, despite some degree of error, great. The maximum deviation, despite external influences, is known. Accuracy, according to the third law of Newton, participates the error in determining the course of less than deadbeat PIG, using existing in this case, the first integrals. Gyrocompass requires go to progressively moving coordinate system, and is characterized by a float moving subject with regard to the integral of the own kinetic moment of the rotor. If we neglect the small values of, it is seen that the accuracy of the pitch is vertical. Directly from the conservation laws should be that the Euler equation actively. Precession of a gyroscope is not part of its components, that is evident in force the normal reaction relations, as well as the going in of the gyroscope, due to the small angles gimbals.