Health Efficiency: How Can Engineering be a Player in Health Organization? explores the important components of performance measurement. It brings together the work of researchers, doctors and engineers involved in an area where collaboration between doctors and engineers is becoming more and more common. However, the application of industrial engineering and operational research to health systems is still poorly studied and researched, hence the need for this book. After all, better exchanges between disciplines equals better knowledge between health professionals and engineers. Presents work done during several days of conferences Includes examples of the integration of engineering in health Provides elements of reflection for the possible interaction of these two disciplines

Dams are part of human achievements that induce great benefits for society but also bear a potential risk to people, property and the natural environment. The risk of a dam rupture is extremely low and diffi cult to quantify accurately. The aim of ‘Dam surveillance’ (ICOLD Bulletin 158), is to help reduce these risks by early detection of an undesirable event. The objective of dam surveillance is to make a precise and timely diagnosis of the behavior of dams, in order to prevent undesirable consequences. Both the monitoring system and surveillance program has to be designed and should be able to detect any abnormal behaviour. ‘Dam surveillance’ (ICOLD Bulletin 158), emphasizes the following aspects: • Routine visual inspection • Special inspection • Checking and testing of Hydro-electromechanical equipment • Monitoring parameters and devices • Automation • Maintenance of ageing monitoring systems • Re-instrumentation of existing dams • Recent developments • Data management • Dam documentation management • Assessment of dam condition and behaviour • Assessment of routine dam safety monitoring programme • Prioritization of maintenance, remedial and upgrading works.

Lors de la réception d’une information, nous ne restons jamais passifs : selon son origine et ses contenus, à partir de nos croyances et convictions personnelles, spontanément ou après réflexion, nous lui accordons une certaine confiance. Excessive, celle-ci témoigne d’une certaine naïveté, tandis qu’une défiance absolue confine à la paranoïa ; ces deux attitudes sont symétriquement préjudiciables à la bonne perception de cette information comme à son usage. Hors de ces deux situations extrêmes, chacun adopte généralement une position intermédiaire face à une information reçue, selon sa provenance et sa crédibilité. Encore faut-il comprendre et justifier comment ces jugements sont conçus, dans quel contexte et à quelle fin. À partir d’approches graduelles offertes par la philosophie, le renseignement militaire, l’algorithmie puis l’informatique, cet ouvrage présente les concepts de l’information et de la confiance qui lui est faite, les méthodes que les armées, premières conscientes du besoin, ont adoptées ou le devraient, les outils pour y aider, et les perspectives qu’ils ouvrent. Au-delà du contexte militaire, le livre dessine un schéma global de l’évaluation de l’information utilisable dans bien d’autres domaines tels que l’intelligence économique, et plus largement la veille informationnelle gouvernementale et d’entreprises.

"Environmental Impact Assessment (EIA) is increasingly becoming a basic tool for decision-making at the federal, provincial, and local levels of government. EIA is a form of pre-project evaluation intended to provide a basis for deciding whether, and how, to proceed with a proposed project so as to prevent or minimize environmental degradation. It assumes that incorporating environmental considerations early in the planning process of a project will better protect the environment"--Introduction, p. 1.