Michael Braun Book order

Die Tendenz im Maschinenbau hin zu immer flexibleren Lösungen führt auch zu Veränderungen bei den Steuerungen. Mit der Zunahme mechatronischer Systeme und modularer Funktionseinheiten ergeben sich hohe Anforderungen an die Software und deren Programmierung. In der Automatisierungstechnik wird daher in den nächsten Jahren der gleiche Wandel stattfinden, der in der PC-Welt bereits erfolgt ist, hin zu besserem und klarerem Softwaredesign, zu einfacher Änderbarkeit und Modularität. Dafür brauchen wir Objektorientierte Programmierung. Das Buch richtet sich an alle, die sich mit dieser zukunftsweisenden Entwicklung in der Automatisierungstechnik vertraut machen möchten. Egal ob man angehender Ingenieur, Techniker oder erfahrener Automatisierungstechniker ist: Es hilft, die Objektorientierte Programmierung zu verstehen und anzuwenden. SIMOTION stellt ab Softwarestand 4.5 die Möglichkeit der Nutzung von OOP entsprechend IEC 61131-3 ED3, der Norm für speicherprogrammierbare Steuerungen, zur Verfügung. Das Buch unterstützt den Umgang mit dieser Denk- und Programmierweise und bietet Programmierbeispiele zu verschiedenen objektorientierten Techniken und den dabei wirkenden Mechanismen. Die Beispiele sind aufeinander aufbauend gestaltet, so dass am Ende ein komplettes, verwendbares Maschinenmodul entsteht.

This thesis explores cooperative (COOP) pulses designed to cancel imperfections and function collaboratively. Multi-scan COOP pulses are utilized across multiple scans at the same position within a pulse sequence, enabling the cancellation of unwanted signal contributions. This approach enhances and broadens the applications of phase cycles and difference spectroscopy, demonstrating advantages for both broadband and band-selective pulses. In contrast, single-scan cooperative (S²-COOP) pulses are implemented at various positions within a pulse sequence during a single scan, facilitating generalized solutions for common components in NMR spectroscopy. The efficacy of the S²-COOP method is illustrated through theoretical and experimental results, particularly for NOESY-type frequency-labeling blocks. Additionally, optimal tracking extends the gradient ascent pulse engineering (GRAPE) algorithm, allowing for the design of pulse sequences that guide the evolution of spin systems to closely follow a specific trajectory of the density operator at designated times. This technique has been applied to create low-power heteronuclear decoupling sequences for in vivo uses. The thesis presents cooperative tracking theory, a generalization of both optimal tracking and multi-scan COOP pulses, highlighting that these cooperative tracking pulses, along with multi-scan and single-scan COOP pulses, can be effectively optimized using advanced GRAP

Abstract: "Modesty and academic excellence paired with trustfulness and truthfulness, these are the descriptions we would choose, if asked to describe Ingwer Borg in a nutshell. A glance at his oevre reveals a multi-talented, innovative, and cross-disciplinary scientist, who, by all means, could fill his walls with eminent names, topics, positions, and publications. This is in contrast to the frugality of his office, a scientific workbench, not a celebrity's showroom. In addition to his academic pursues he likes to venture into real life, too. This volume is organized in two parts. The first part deals with measurement issues including the application of multidimensional scaling to substantive issues but where the method is center-stage. The second part in substantive in focus and deals with questions of the organization of firms and employee attitudes." (author's abstract). Contents: Peter Ph. Mohler: Sampling from a universe of items and the De-Machiavellization of questionnaire design (9-