Marianne Sarazin – författare

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

Undeniable, inescapable, exhilarating and breaking free from the exclusive domain of science, artificial intelligence has become our main preoccupation.

A major generator of new mathematical thinking, AI is the result of easy access to information and data, as facilitated by computer technology. Big Data has come to be seen as an unlimited source of knowledge, the use of which is still being fully explored, but its industrialization has swiftly followed in the footsteps of mathematicians; today''s tools are increasingly designed to replace human beings, which comes with social and philosophical consequences.

Drawing on examples of scientific work and the insights of experts, this book offers food for thought on the consequences and future of AI technology in education, health, the workplace and aging.

Undeniable, inescapable, exhilarating and breaking free from the exclusive domain of science, artificial intelligence has become our main preoccupation.

A major generator of new mathematical thinking, AI is the result of easy access to information and data, as facilitated by computer technology. Big Data has come to be seen as an unlimited source of knowledge, the use of which is still being fully explored, but its industrialization has swiftly followed in the footsteps of mathematicians; today''s tools are increasingly designed to replace human beings, which comes with social and philosophical consequences.

Drawing on examples of scientific work and the insights of experts, this book offers food for thought on the consequences and future of AI technology in education, health, the workplace and aging.

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

Undeniable, inescapable, exhilarating and breaking free from the exclusive domain of science, artificial intelligence has become our main preoccupation.A major generator of new mathematical thinking, AI is the result of easy access to information and data, as facilitated by computer technology. Big Data has come to be seen as an unlimited source of knowledge, the use of which is still being fully explored, but its industrialization has swiftly followed in the footsteps of mathematicians; today's tools are increasingly designed to replace human beings, which comes with social and philosophical consequences.Drawing on examples of scientific work and the insights of experts, this book offers food for thought on the consequences and future of AI technology in education, health, the workplace and aging.