MEDINFO 2001


Book Description

Technological infrastructure - Standards for interworking - Human-computer interaction - Knowledge representation - Information management - Decision support - Electronic patient records - Health information systems - Patient care aspects/telematics.




Internet, Telematics, and Health


Book Description

This book is the final result of a team effort involving a large number of international experts, coordinated and led by Dr. Marcelo Sosa-Iudicissa, in Brussels, Dr. Nora Oliveri, in Buenos Aires, Dr. Carlos A. Gamboa, in Washington, and Ms. Jean Roberts, in England. They have attracted and assembled together the contributions of 80 specialists from over 20 countries in North America, Europe and Latin America. This makes the present book a unique publication, presenting a true global vision of the opportunities opened up by the advent of the Internet for doctors, health professionals, planners and managers, as well as for patients and the public at large, wanting to know more and better about their own health maintenance and protection. It also presents a range of informatics and telematics applications available nowadays to medicine, examples on how people with a health concern are using the Internet in both industrialised and developing countries. This change, bringing empowerment through knowledge, is showing us the trend towards a New Health Paradigm in the In-formation Society. This book is aimed at medical practitioners, administrators, teachers and students who wish an authoritative state-of-the-art as well as how-to for commencing or enhancing wish done on the Internet. A self-contained CD-Rom is included with the book, providing readers with a flying start in accessing key information sounds.




Computer Medical Databases


Book Description

Chapter 1 offers an overview of the basic computer technology. Each succeeding chapter, describes the problems in medicine, followed by a review in chronological sequence of why and how computers were applied to try to meet these problems. Only the technical aspects of computer hardware, software, and communications are discussed as they are necessary to explain how the technology was applied. This approach generally led to defining the objectives for applications of medical informatics. At the end of each chapter, the author summarizes his personal views and interpretations of the chapter contents. Although the concurrent evolution of medical informatics in Canada, Europe, and Japan certainly influenced workers in the United States, the scope of this historical review is limited to the development of medical informatics within the United States. Furthermore, this review is limited to electronic digital computers; it excludes mechanical, analog, and hybrid computers.




Machine Learning in Medicine


Book Description

Machine learning is concerned with the analysis of large data and multiple variables. It is also often more sensitive than traditional statistical methods to analyze small data. The first and second volumes reviewed subjects like optimal scaling, neural networks, factor analysis, partial least squares, discriminant analysis, canonical analysis, fuzzy modeling, various clustering models, support vector machines, Bayesian networks, discrete wavelet analysis, association rule learning, anomaly detection, and correspondence analysis. This third volume addresses more advanced methods and includes subjects like evolutionary programming, stochastic methods, complex sampling, optional binning, Newton's methods, decision trees, and other subjects. Both the theoretical bases and the step by step analyses are described for the benefit of non-mathematical readers. Each chapter can be studied without the need to consult other chapters. Traditional statistical tests are, sometimes, priors to machine learning methods, and they are also, sometimes, used as contrast tests. To those wishing to obtain more knowledge of them, we recommend to additionally study (1) Statistics Applied to Clinical Studies 5th Edition 2012, (2) SPSS for Starters Part One and Two 2012, and (3) Statistical Analysis of Clinical Data on a Pocket Calculator Part One and Two 2012, written by the same authors, and edited by Springer, New York.




Artificial Intelligence in Medicine


Book Description

This book constitutes the refereed proceedings of the Joint European Conference on Artificial Intelligence in Medicine and Medical Decision Making, AIMDM'99, held in Aalborg, Denmark, in June 1999. The 27 full papers and 19 short papers presented in the book together with four invited papers were selected from 90 submissions. The papers are organized in topical sections on guidelines and protocols; decision support systems, knowledge-based systems, and cooperative systems; model-based systems; neural nets and causal probabilistic networks; knowledge representation; temporal reasoning; machine learning; natural language processing; and image processing and computer aided design.




MEDINFO 2007


Book Description

The theme of Medinfo2007 is “Building Sustainable Health Systems”. Particular foci are health challenges for the developing and developed world, the social and political context of healthcare, safe and effective healthcare, and the difficult task of building and maintaining complex health information systems. Sustainable health information systems are those that can meet today’s needs without compromising the needs of future generations. To build a global knowledge society, there needs to be an increased cooperation between science and technology and access to high-quality knowledge and information. The papers presented are refereed and from all over the world. They reflect the breadth and depth of the field of biomedical and health informatics, covering topics such as; health information systems, knowledge and data management, education, standards, consumer health and human factors, emerging technologies, sustainability, organizational and economic issues, genomics, and image and signal processing. As this volume carries such a wide collection, it will be of great interest to anyone engaged in biomedical and health informatics research and application.




Medinfo


Book Description

A fundamental challenge for medical informatics is to develop and apply better ways of understanding how information technologies and methods can help support the best care for every patient every day given available medical knowledge and resources. In order to provide the most effective healthcare possible, the activities of teams of health professionals have to be coordinated through well-designed processes centered on the needs of patients. For information systems to be accepted and used in such an environment, they must balance standardization based on shared medical knowledge with the flexibility required for customization to the individual patient. Developing innovative approaches to design and build evidence-based careflow management systems is essential for providing the knowledge management infrastructure of health care organizations that seeks to increase performance in delivering high quality care services by efficiently exploiting available resources. Parallel challenges arise in the organization of research at the biological and clinical levels, where the focus on systematically organizing and supporting processes of scientific inquiry by novel informatics methods and databases are in their very early stages. These Proceedings of Medinfo 2004 demonstrate the base of knowledge medical informatics professionals will collectively draw upon in the years ahead to meet these challenges and realize opportunities.




Medicine Meets Virtual Reality


Book Description

MMVR offers solutions for problems in clinical care through the phenomenally expanding potential of computer technology. Computer-based tools promise to improve healthcare while reducing cost - a vital requirement in today's economic environment. This seventh annual MMVR focuses on the healthcare needs of women. Women every where demand more attention to breast cancer, cervical cancer, ageing-related conditions. Electronic tools provide the means to revolutionise diagnosis, treatment and education. The book demonstrates what new tools can improve the care of their female patients. As minimally invasive procedures are mainstreamed, advanced imaging and robotics tools become indispensable. The internet and other networks establish new venues for communication and research. Medical education, as well as clinical care, is enhanced by systems allowing instruction and professional interaction in ways never before possible and with efficiency never before achieved. Telemedicine networks now permit providers to meet patients needs where previously impossible. MMVR strengthens the link between healthcare providers and their patients. The volume contains selected papers authored by presenters at the conference. Areas of focus include Computer-Assisted Surgery, Data Fusion & Informatics, Diagnostic Tools, Education & Training, Mental Health, Modelling, Net Architecture, Robotics, Simulation, Telemedicine, Telepresence and Visualisation.




International Handbook of Research in Medical Education


Book Description

GEOFF NORMAN McMaster University, Hamilton, Canada CEES VAN DER VLEUTEN University of Maastricht, Netherlands DA VID NEWBLE University of Sheffield, England The International Handbook of Research in Medical Education is a review of current research findings and contemporary issues in health sciences education. The orientation is toward research evidence as a basis for informing policy and practice in education. Although most of the research findings have accrued from the study of medical education, the handbook will be useful to teachers and researchers in all health professions and others concerned with professional education. The handbook comprises 33 chapters organized into six sections: Research Traditions, Learning, The Educational Continuum, Instructional Strategies, Assessment, and Implementing the Curriculum. The research orientation of the handbook will make the book an invaluable resource to researchers and scholars, and should help practitioners to identify research to place their educational decisions on a sound empirical footing. THE FIELD OF RESEARCH IN MEDICAL EDUCAnON The discipline of medical education began in North America more than thirty years ago with the founding of the first office in medical education at Buffalo, New York, by George Miller in the early 1960s. Soon after, large offices were established in medical schools in Chicago (University of Illinois), Los Angeles (University of Southern California) and Lansing (Michigan State University). All these first generation offices mounted master's level programs in medical education, and many of their graduates went on to found offices at other schools.




Informatics for the Clinical Laboratory


Book Description

This book will highlight all aspects of laboratory informatics, with a focus on information management and the corresponding hardware and technical processes involved. In addition to a comprehensive introduction on laboratory informatics, the book emphasizes the importance of information and resource management as opposed to simply covering the role of computers that support the information system. As a Professor of Pathology and the Director of Laboratory Information Services at the University of Texas Medical Branch at Galveston, Dr. Cowan has witnessed the shift in focus in the laboratory from the information generation to information management, and increasing resource limitations demand a higher level of management precision than can be gained from manual methods. The American Board of Pathology now requires an increasing sophistication in information management from candidates for certification. Thus, this book is intended for pathologists and residents in pathology, clinical laboratory scientists, and laboratory and information managers. Following the broad-based introduction on laboratory informatics, the book's topics include: computer basics; development and validation of the laboratory information system; computer networks; security and confidentiality on computer systems and networks; total cost of ownership; essential software; interfaces; process modeling; artificial intelligence and expert systems; bar coding in the laboratory; image analysis and computer-assisted quantitation; and telepathology.




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