This book addresses the problem of designing sustainable canonical action research (CAR) for studying aspects of the information systems development cycle when well-established principles and success criteria are difficult to meet. It covers the methodological issues that arise when action research methods are conducted, provides examples of action research in practice, and summarises philosophical foundations of action research and its application as a methodology in Information Systems research and research programs.

This PhD thesis contributes to the theory of information infrastructures by explaining how to use game theory and genetic algorithms for turning the pseudo-code of the bootstrap algorithm into proper code. The study is the first known study to analyse the bootstrap algorithm from an action research perspective, and it has become an important reference for further research on how to bootstrap information infrastructures.

Living theory is a way of making use of personal accounts of experienced practice. As the Pac-Man perspective on organisational change helps the change agent articulate the personal values he is committed to and how these values may be resisted in practice, living theory is useful for developing knowledge that has a practical impact on self-improvement and social change, but it is also a type of theory that is difficult to publish in academic outlets. As a consequence of this, publishing Pac-Man living-theory research becomes a Pac-Man game in itself, with the journal editors as one of the four adversary gatekeepers, but it is a rewarding game for those who want to contribute both theoretically and practically on how to make the world a better place.

It has been argued that the reason seventy percent of all IT projects fail is due to lack of a formal system for guiding and monitoring IT decisions. Organisations having explicit IT governance systems are generally twice as successful as those with poor governance, given the same strategic objectives, but implementing IT governance can be difficult. In this book, Dr. Ogland looks at the public sector and argues that the implementation of IT governance has to be done through bootstrapping. The bootstrap algorithm (BA) is a time-tested approach that is known to work, but it is an approach that breaks with much of the logic of the public sector bureaucracy and is expected to be met with resistance. By analysing patterns in a study of trying to convince a Norwegian public sector organisation to implement IT governance through the use of the BA, the book is able to provide rich insights on what causes failure and how to make the implementation process succeed.

This PhD thesis contributes to the theory of information infrastructures by explaining how to use game theory and genetic algorithms for turning the pseudo-code of the bootstrap algorithm into proper code. The study is the first known study to analyse the bootstrap algorithm from an action research perspective, and it has become an important reference for further research on how to bootstrap information infrastructures.

'Using the Bootstrap Algorithm for Changing the Control Game' is clearly written and points are supported by real life case studies. Dr. Ogland demonstrates how a Total Quality Management strategy articulated through the use of bootstrap algorithms can be used to achieve world-class performance in challenging environments such as complex organisations saturated with power struggles and internal politics. The book features insights on critical systems thinking, game theory, quality management systems, the Efqm Business Excellence Model, self-assessment, and the implementation of Tqm. Case studies provide practical insights from twenty years of empirical research on how to bootstrap Tqm and Business Excellence in complex environments. The ideas developed in the book have been acknowledged as a major contribution to the theory of Tqm, and the book itself is an indispensable resource for practitioners trying to implement Tqm in environments where traditional implementation methods are bound to fail.

This is an abstract yet practical guide to radar tracking and Kalman filtering. The text is invaluable for engineers, scientists, and mathematicians involved in tracking filter design. Its straightforward approach makes it an excellent supplementary textbook for senior-undergraduate and first-year graduate courses.

This volume represents an introduction to periodical B splines with emphasis on the Oslo algorithm and reflection on applications within the domain of Fourier analysis. Assuming only the elements of linear algebra and analysis, Ogland presents just the necessary Hilbert space theory and abstract functional analytic concepts before developing the use of periodical splines as a fine approximating tool. The work will be of benefit to engineers as well as pure and applied mathematicians.