Written for anyone beginning a research project, this introductory book takes you through the process of analysing your data from start to finish. The author sets out an easy-to-use model for coding data in order to break it down into parts, and then to reassemble it to create a meaningful picture of the phenomenon under study. Full of useful advice, the book guides the reader through the last difficult integrating phase of qualitative analysis including diagramming, memoing, thinking aloud, and using one's feelings, and how to incorporate the use of software where appropriate. Ideal for third year undergraduate students, master students, postgraduates and anybody beginning a research project, the book includes examples covering a wide range of subjects - making the book useful for students across the social science disciplines. Hennie Boeije is currently an Associate Professor with the Department of Methodology and Statistics of the Faculty of Social and Behavioural Sciences at Utrecht University, The Netherlands.

'This book provides an excellent reference guide to basic theoretical arguments, practical quantitative techniques and the methodologies that the majority of social science researchers are likely to require for postgraduate study and beyond' - Environment and Planning 'The book provides researchers with guidance in, and examples of, both quantitative and qualitative modes of analysis, written by leading practitioners in the field. The editors give a persuasive account of the commonalities of purpose that exist across both modes, as well as demonstrating a keen awareness of the different things that each offers the practising researcher' - Clive Seale, Brunel University 'With the appearance of this handbook, data analysts no longer have to consult dozens of disparate publications to carry out their work. The essential tools for an intelligent telling of the data story are offered here, in thirty chapters written by recognized experts. ' - Michael Lewis-Beck, F Wendell Miller Distinguished Professor of Political Science, University of Iowa 'This is an excellent guide to current issues in the analysis of social science data. I recommend it to anyone who is looking for authoritative introductions to the state of the art. Each chapter offers a comprehensive review and an extensive bibliography and will be invaluable to researchers wanting to update themselves about modern developments' - Professor Nigel Gilbert, Pro Vice-Chancellor and Professor of Sociology, University of Surrey This is a book that will rapidly be recognized as the bible for social researchers. It provides a first-class, reliable guide to the basic issues in data analysis, such as the construction of variables, the characterization of distributions and the notions of inference. Scholars and students can turn to it for teaching and applied needs with confidence. The book also seeks to enhance debate in the field by tackling more advanced topics such as models of change, causality, panel models and network analysis. Specialists will find much food for thought in these chapters. A distinctive feature of the book is the breadth of coverage. No other book provides a better one-stop survey of the field of data analysis. In 30 specially commissioned chapters the editors aim to encourage readers to develop an appreciation of the range of analytic options available, so they can choose a research problem and then develop a suitable approach to data analysis.

Margarita Pivovarova is an Assistant Professor of Education Economics at the Mary Lou Fulton Teachers College at Arizona State University. Her research interests include education policy and related quantitative research. Specifically, her research studies the economic consequences of accountability and financial incentives in education. In addition, she studies peer interactions in school contexts and optimal classroom or school design.

Since the September 11, 2001 terrorist attacks on United States soil, the intelligence community has been scrutinized on how it performs its functions. Consequently, the 9/11 Commission made several recommendations on how to improve the quality of intelligence analysis. Those charges and the United States' involvement in a war in Iraq have spawned additional charges of the politicization of intelligence. All this is being played out as the Intelligence Community has reformed and reconfigured itself with newly created departments supported by an expanded and inexperienced workforce that was never envisioned when the intelligence community was formally established in 1947. First published in the 1970s, the classic book An Introduction to Intelligence Research and Analysis was used by intelligence analysts to track and monitor the Communist threat. Although today's environment has changed considerably since the Cold War, intelligence analysts still need to understand the basics of intelligence analysis. The book focuses on how to do research, what qualities are needed to be an intelligence analyst, and what methods can be employed to help in producing products. To avoid politicization, intelligence analysts should strive to become more transparent in their methodology of how they arrived at their conclusions. Intelligence Research and Analysis provides several methods to assist in that end.

This guide offers support to anyone using statistics and research data on a regular or occasional basis by explaining specific indicators, classifications, terminologies, and sources in short, easy-to-understand entries. Users can dip into the guide whenever they are unsure about the meaning or scope of a specific statistical indicator or terminology, or are unclear about the nature of a specific survey or classification.
This excellent research tool concentrates on economic, business, and demographic data, and conforms to internationally agreed classifications and techniques.

Fundamentals of MEG and EEG: Biophysics, Instrumentation, and Data Analysis gives graduate students and researchers a technical understanding of the fundamentals of MEG and EEG that will enable them to gain expertise in the state-of-the-art, understand the generation, measurement and modeling of electromagnetic brain signals, understand the relationship of MEG/EEG with other brain imaging methods, design MEG/EEG measurement systems and evaluate their performance, and develop and evaluate data analysis methods.