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Ordered algebraic structures --- Computer. Automation --- DIP (documentimage processing) --- beeldverwerking --- algebra

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621.793.5 --- Academic collection --- Coating in molten metal. Dip coating --- Theses --- 621.793.5 Coating in molten metal. Dip coating

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Computer graphics continues to evolve at a breakneck pace, fueled by modern uses in health, biotechnology, business, and entertainment (feature films and the gaming industry). It is important for those in the business to have a solid grounding in and holistic view of the fundamentals of this exciting discipline. Providing an integrated balance of underlying theory and real-life practicality, Principles of Computer Graphics is a uniquely comprehensive introduction to the concepts, core principles, and methodologies employed in the graphics endeavor. Concepts are defined and explained in an easy-to-understand manner, and the reader learns progressively from basic algorithmic components to elaborate and stunning visual displays. The text uses C (a standard programming language) and OpenGL (a standard graphics library) to teach illustratively, and it introduces the powerful 3D capability of Maya. Readers need only a basic education in math and programming. Topics and Features: -Provides a full introduction to computer graphics concepts, principles, methods, and applications -Concentrates on core principles, thereby allowing readers to readily utilize any graphics API upon completion -Reinforces its theme with heavy use of examples, exercises, and figures and images -Discusses the processes, tricks, and techniques used at professional production houses -Uses a step-by-step, teach-by-example approach, whereby readers end up creating their own game and movie (much like real graphics production houses) -Supplies a full treatment of all key elements of graphics study and the results and products derived from it This all-encompassing and well-organized textbook/reference is ideally suited to both students and professionals interested in developing or honing their skills in computer graphics. Its clarity of approach and wealth of examples and learning aids will also be helpful for vocational training courses or self study, and will empower readers to further study of graphics. Shalini Govil-Pai has used her imaging and animation expertise to develop virtual reality games and military training simulators. She was technical director on the films, Toy Story and A Bug's Life, and is a co-author of Learning Computer Graphics.

Programming --- Artificial intelligence. Robotics. Simulation. Graphics --- Computer. Automation --- DIP (documentimage processing) --- beeldverwerking --- grafische vormgeving --- programmeren (informatica)

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Symmetries and Groups in Signal Processing: An Introduction deals with the subject of symmetry, and with its place and role in modern signal processing. In the sciences, symmetry considerations and related group theoretic techniques have had a place of central importance since the early twenties. In engineering, however, a matching recognition of their power is a relatively recent development. Despite that, the related literature, in the form of journal papers and research monographs, has grown enormously. A proper understanding of the concepts that have emerged in the process requires a mathematical background that goes beyond what is traditionally covered in an engineering undergraduate curriculum. Admittedly, there is a wide selection of excellent introductory textbooks on the subject of symmetry and group theory. But they are all primarily addressed to students of the sciences and mathematics, or to students of courses in mathematics. Addressed to students with an engineering background, this book is meant to help bridge the gap.

Electrical engineering --- Computer science --- Computer. Automation --- DIP (documentimage processing) --- beeldverwerking --- spraaktechnologie --- computers --- computerkunde --- elektrische circuits --- signaalverwerking

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La prima ipotesi sulla quale si fondano i sistemi ACM (Active Connections Matrix) è che ogni immagine a N dimensioni puo' essere trasformata in una rete di pixel tra loro connessi che si sviluppa nel tempo, tramite operazioni locali, deterministiche e iterative. L'immagine cosi' trasformata puo' mostrare, in uno spazio dimensionale più ampio, delle regolarità morfologiche e dinamiche che, nelle dimensioni originarie, sarebbero non visibili oppure qualificabili come rumore.Questa ipotesi permette di esplicitare la seconda ipotesi alla base dei sistemi ACM: ogni immagine contiene al suo interno le matematiche inerenti che l'hanno prodotta. In pratica, è come se ogni immagine nascondesse al suo interno altre due immagini non visibili. I sistemi ACM le estraggono e le rendeno visibili. L'opera descrive inoltre le applicazioni possibili in ambito di diagnostica per immagini ed è pertanto rivolta a fisici, informatici, radiologi e tecnici di laboratorio che si occupano di "image processing". Dalla Presentazione di Enzo Grossi "... Alcuni dettagli possono sfuggire, altri aspetti notevoli, come un piccolo nodulo di 1 mm, possono essere non visti: sono i limiti dell'occhio umano. E' in questo scenario che dobbiamo immaginare l'avvento dei sistemi ACM.Essi funzionano come un terzo occhio, non più legato alla esperienza, alla interpretazione e alla sensibilità soggettiva dell'operatore,ma direttamente riferiti alla struttura matematica e quindi anatomica dell'immagine stessa. Si', il terzo occhio di cui parliamo è proprio quello dell'immagine, che, come per magia, interroga se stessa e si mostra al radiologo sotto una veste diversa, spesso molto più informativa."

Physical methods for diagnosis --- Computer. Automation --- DIP (documentimage processing) --- beeldverwerking --- radiologie --- medische beeldvorming