Attitude 3

This is a caustic collection of the top political and social e-cartoonists of today. It offers the best among the web's flurry of unfettered opinions. The top political and social e-cartoonists found on the web today provide yet another incisive and irreverent alternative view of today's society and politics. Like in the previous volumes of "Attitude", Ted Rall's interviews of the artists are featured along numerous cartoons.

THE SCIENTIFIC ATTITUDE presents a systematic account of the cognitive and social features of science. Written by an experimental biologist actively engaged in research, the work is unique in its attempt to understand science in terms of day-to-day practice. The book goes beyond the traditional description of science that focuses on method and logic to characterize the scientific attitude as a way of looking at the world. Professor Grinnell uses examples from biomedical research to describe science at three interdependent levels. At the first level, the individual scientist makes observations, formulates hypotheses, and does experiments. The scientist's thought style determines what can be seen and what it will appear to mean. At the second level, scientists participate in social institutions such as graduate programs, research groups, journal editorial boards, and grant review panels. Each of these institutions tries to promote its own distinctive collective thought style. Finally, at the third level, scientists participate in the world of everyday life beyond science, a world that continuously influences and is influenced by the activities and discoveries of science.

This thesis investigates a new concept for the flexible design and verification of an ADCS for a nanosatellite platform. In order to investigate guidelines for the design of a flexible ADCS, observations of the satellite market and missions are recorded. Following these observations, the author formulates design criteria which serve as a reference for the conceptual design of the flexible ADCS. The research of the thesis was carried out during the development of TU Berlin's nanosatellite platform TUBiX20 and its first two missions, TechnoSat and TUBIN. TUBiX20 targets modularity, reuse and dependability as main design goals. Based on the analysis of design criteria for a flexible ADCS, these key design considerations for the TUBiX20 platform were continued for the investigations carried out in this thesis. The resulting concept implements the ADCS as a distributed system of devices complemented by a hardware-independent core application for state determination and control. Drawing on the technique of component-based software engineering, the system is partitioned into self-contained modules which implement unified interfaces. These interfaces specify the state quantity of an input or output but also its unit and coordinate system, complemented by a mathematical symbol for unambiguous documentation. The design and verification process for the TUBiX20 ADCS was also elaborated during the course of this research. The approach targets the gradual development of the subsystem from a purely virtual satellite within a closed-loop simulation to the verification of the fully integrated system on an air-bearing testbed. Finally, the concurrent realization of the investigated concept within the TechnoSat and TUBIN missions is discussed. Starting with the individual ADCS requirements, the scalability of the approach is demonstrated in three stages: from a coarse, but cost- and energy-efficient configuration to realize a technology demonstration mission with moderate requirements (TechnoSat) to a high-performance configuration to support Earth observation missions (TUBIN). Diese Dissertation untersucht ein neues Konzept zur flexiblen Entwicklung und Verifikation eines Lageregelungssystems für eine Nanosatellitenplattform. Als Grundlage für die Erarbeitung eines Leitfadens für die Entwicklung werden zunächst Beobachtung des Satellitenmarkts sowie konkreter Missionen zusammengetragen. Darauf aufbauend formuliert der Autor Entwurfskriterien für die Konzipierung eines flexiblen Lageregelungssystems. Die Dissertation wurde im Rahmen der Entwicklung der TUBiX20 Nanosatellitenplattform und ihrer ersten beiden Missionen, TechnoSat und TUBIN, an der TU Berlin durchgeführt. TUBiX20 verfolgt Modularität, Wiederverwendung und Zuverlässigkeit als Entwicklungsziele. Diese werden unter der Verwendung der vom Autor hergeleiteten Entwurfskriterien in dieser Arbeit im Kontext des Lageregelungssystems verfeinert. Das resultierende Konzept setzt dieses als verteiltes System von Geräten und einem hardware-unabhängigen Software-Kern um. Der Software-Entwurfstechnik Component-based software engineering folgend ist das System in unabhängige Module unterteilt, welche wiederum einheitliche Schnittstellen implementieren. Diese Schnittstellen spezifizieren die Zustandsgrößen für die Ein- und Ausgänge der Module inklusive Einheit, Koordinatensystem und mathematischem Symbol für eine eindeutige Darstellung. Der Entwurfs- und Verifikationsprozess für das TUBiX20 Lageregelungssystem wurde vom Autor im Rahmen der Arbeit untersucht. Hier verfolgt der Ansatz einen schrittweisen übergang von einem virtuellen Satelliten als Simulationsmodell bis hin zur Verifikation des integrierten Systems auf einem Lageregelungsteststand. Abschließend diskutiert die Arbeit die Realisierung des untersuchten Konzepts im Rahmen der Missionen TechnoSat und TUBIN. Beginnend mit den jeweiligen Anforderungen wird die Skalierbarkeit des Ansatzes in drei Stufen demonstriert: von einer groben, aber kosten- und energieeffizienten Konfiguration für eine Technologieerprobungsmission mit moderaten Anforderungen (TechnoSat) bis hin zu einer Konfiguration für hochgenaue Lageregelung als Basis für Erdbeobachtungsmissionen (TUBIN).

“He is an independent thinker and I would advise you to read some of his books, particularly Attitude Is All You Need! It will help you control your anxiety and overcome other emotional problems”—Albert Ellis, Ph.D. The founder of Rational Emotive Behavior Therapy (REBT), Albert Ellis, was voted the second-most influential psychologist of all time by the American Psychological Association (APA). Dr. Ellis devoted a chapter to Attitude Is All You Need! in his book How to Control Your Anxiety Before It Controls You. To be concise, the book is about Attitude Power (AP). From reading it, you will discover how to increase your Attitude Power, and how to decrease your attitude weaknesses and deficiencies. Don’t you think the time and energy spent on improving your mental health is worth the benefits to your relationships and career?

Providing the student with a comprehensive and accessible introduction to the basic issues in the psychological study of attitudes, this book includes topics such as attitude formation and change, functions of attitudes and attitude measurement.

What are your attitudes on climate change? Do you have opinions on how political parties should be funded? Or indeed, celebrity misadventure? Written by two world-leading academics in the field of attitudes research, this textbook gets to the very heart of this fascinating and far-reaching field. In the 2nd Edition, Greg Maio and Geoffrey Haddock expand on how scientific methods have been used to better understand attitudes and how they change, with updates to reflect the most recent findings. With the aid of a few helpful metaphors, the text provides readers with a grasp of the fundamental concepts for understanding attitudes and an appreciation of the scientific challenges that lay ahead. With plenty of learning aids to help with revision and a new companion website, this textbook is a valuable resource for anyone interested in learning or teaching about attitudes. Key features of the new edition: Key Terms, Key Points and a Glossary Research Highlights that illustrate interesting and important case studies and their findings Useful recaps of ′What we have learned′ and ′What do you think?′ questions at the end of chapters to get students thinking A new Companion Website (study.sagepub.com/maiohaddock) with useful material for both instructors and students

Social psychologists have long recognized the possibility that attitudes might differ from one another in terms of their strength, but only recently had the profound implications of this view been explored. Yet because investigators in the area were pursuing interesting but independent programs of research exploring different aspects of strength, there was little articulation of assumptions underlying the work, and little effort to establish a common research agenda. The goals of this book are to highlight these assumptions, to review the discoveries this work has produced, and to suggest directions for future work in the area. The chapter authors include individuals who have made significant contributions to the published literature and represent a diversity of perspectives on the topic. In addition to providing an overview of the broad area of attitude strength, particular chapters deal in depth with specific features of attitudes related to strength and integrate the diverse bodies of relevant theory and empirical evidence. The book will be of interest to graduate students initiating work on attitudes as well as to longstanding scholars in the field. Because of the many potential directions for application of work on attitude strength to amelioration of social problems, the book will be valuable to scholars in various applied disciplines such as political science, marketing, sociology, public opinion, and others studying attitudinal phenomena.

This book explores topics that are central to the field of spacecraft attitude determination and control. The authors provide rigorous theoretical derivations of significant algorithms accompanied by a generous amount of qualitative discussions of the subject matter. The book documents the development of the important concepts and methods in a manner accessible to practicing engineers, graduate-level engineering students and applied mathematicians. It includes detailed examples from actual mission designs to help ease the transition from theory to practice and also provides prototype algorithms that are readily available on the author’s website. Subject matter includes both theoretical derivations and practical implementation of spacecraft attitude determination and control systems. It provides detailed derivations for attitude kinematics and dynamics and provides detailed description of the most widely used attitude parameterization, the quaternion. This title also provides a thorough treatise of attitude dynamics including Jacobian elliptical functions. It is the first known book to provide detailed derivations and explanations of state attitude determination and gives readers real-world examples from actual working spacecraft missions. The subject matter is chosen to fill the void of existing textbooks and treatises, especially in state and dynamics attitude determination. MATLAB code of all examples will be provided through an external website.