| New VILNIUS TECH eBook | |
| Algirdas Seilius, Raimondas Pomarnacki "Matavimo neapibrėžtis. Teorija ir pavyzdžiai" / [Measurement Uncertainty: Theory and Examples] A textbook written in Lithuanian. The textbook Measurement Uncertainty: Theory and Examples is intended for undergraduate and graduate students studying applied metrology and related engineering disciplines. It is also suitable for doctoral candidates, university lecturers, and anyone interested in measurement quality and the evaluation of measurement accuracy. The publication is based on the international Guide to the Expression of Uncertainty in Measurement (GUM), which is widely used in global practice and incorporated into various quality management and accreditation standards. The textbook systematically presents the concept of measurement uncertainty, methods for its expression, and examples of practical application. It covers the theoretical foundations—from the basic concepts of metrology, elements of probability theory, and mathematical statistics to the development and validation of measurement models. Particular attention is devoted to interpreting international recommendations, demonstrating their practical implementation, and providing illustrations that help readers better understand the material. The textbook is designed not only to provide theoretical knowledge but also to develop practical skills. It includes exercises and questions for independent study, as well as references for further reading. The material is structured to support learning: chapters are organized sequentially, with summaries and assignments, and deliberate repetition is used to enhance clarity and ensure consistent comprehension. This publication is valuable not only in academic settings but also in professional practice—for metrology specialists, laboratory technicians, quality management professionals, and all those concerned with the reliable interpretation of measurement results. The eBook >>> * VILNIUS TECH extends complimentary access to its entire library of e-books to members within the university community. Institutional users are granted cost-free access to the e-books by logging onto the University's computer network, whether on-site or remotely through a Virtual Private Network (VPN). To facilitate offline reading without an internet connection, it is requisite to install the IPC Reader offline application. Users can subsequently download the desired e-books while connected to the institutional network and read them offline at their convenience. For additional details concerning e-books, please refer to the provided link >>> |
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