Yin Zhang Knihy

Focusing on the value chain of big data, this Springer Brief outlines four key phases: data generation, acquisition, storage, and analysis. Each phase is examined in terms of background, technical challenges, and recent advancements, including technologies like cloud computing and Hadoop. The book also highlights applications in areas such as enterprise management, healthcare, and smart grids. Concluding with insights on future research directions, it serves as a valuable resource for researchers, professionals, and advanced students in computer science and electrical engineering.

Focusing on the evolution and complexities of 5G wireless networks, this SpringerBrief delves into the transition from earlier wireless technologies to the multifaceted nature of 5G. It explores essential components such as Network Foundation Virtualization, Cloud Radio Access Networks, and Mobile Cloud Networking, highlighting the advantages of cloud platforms and green networking. The work also discusses significant applications, including RAN sharing and mobile convergence, aiming to enhance user experience and support the growth of big data and digital media. It serves as a resource for professionals and advanced students in the field.

This book explores plagiarism-free academic writing in higher education, advocating for understanding-oriented pedagogy to address educational issues related to plagiarism. It emphasizes the need for effective instruction on plagiarism and source use, leveraging ICT for enhanced learning. The book also critiques current plagiarism assessment scales and examines cultural influences on plagiarism among Chinese undergraduates.

Die Polymerelektrolytmembran-Wasserstoffpumpe (PEMHP) wird als innovative Lösung zur Trennung, Reinigung, Kompression und Rezirkulation von Wasserstoff vorgestellt. Die Arbeit umfasst eine umfassende Literatur- und Marktrecherche sowie eine detaillierte Diskussion über Permeation und Optimierungsparameter. Nach der Einführung in Wasserstoff und konventionelle Pumpen wird der aktuelle Forschungsstand und Marktstatus analysiert. Ein modifiziertes mathematisches Modell wird in MATLAB simuliert, um die Auswirkungen verschiedener Eingangsparameter auf die Effizienz der Pumpe zu untersuchen, gefolgt von einer Zusammenfassung der Ergebnisse und einem Ausblick auf zukünftige Entwicklungen.