The digital transformation of companies is both a competitive challenge and a complex step for large groups and industries, and at the same time a tremendous opportunity. This transformation is entering a new dimension with the development of immersive technologies such as virtual reality, mixed reality and augmented reality, which are revolutionizing the way we generate content as well as visualize and interact with models and data. The challenges of innovation and digital transformation within companies are now converging. Research shows the potential that immersive technologies have to accelerate the first steps of the innovation process. The objective of this book is to provide a clear vision of the state of research on immersive technologies for design and to deliver practical recommendations for companies wishing to improve their innovation process.

Using the experience of patients, users, healthcare professionals and other stakeholders to innovate and rethink healthcare organizations and systems is gaining ground. Deploying these innovative methods and practices, however, requires an understanding and mastery of theoretical principles, as well as experimenting with them in the field. Experience in Healthcare Innovation alternates between theoretical presentations and case studies/examples in order to present the key notions of innovation in healthcare and the experiences of the people at the heart of healthcare ecosystems. It brings together diverse and complementary perspectives, shedding new light on the issue of healthcare experience through the prism of innovation. It includes a wealth of resources, ideas and results for all of those in healthcare wishing to implement innovative approaches that place the human experience at the heart of healthcare ecosystems.

Resilience in healthcare organizations is a complex issue, involving all stakeholders in the healthcare field. It is a highly topical issue, even more so in the wake of the recent health crisis. This book explores the impact of collective intelligence on the resilience of these organizations, and the role played by innovation. Health organizations comprise the structures and systems involved in treating patients, as well as healthcare professionals with medical, social or medico-social expertise, along with institutional and administrative players in the field. Innovation, Collective Intelligence and Resiliency in Healthcare Organizations alternates between theoretical readings and illustrative case studies. Their diversity is the result of their contributors: university researchers, institutional players from healthcare authorities, practicing caregivers in hospital structures or healthcare coordination support systems, and managers of healthcare structures and systems.

Faced with the scale and intensity of the ecological crisis, environmental transition is underway, consisting of a first phase of technological mutation, aimed at replacing technologies harmful to the environment with those which have no destructive effects on the earth system and its equilibrium. This book examines the roots of the concept of environmental transition, identifying and characterizing the negative effects of technology on the environmental crisis. We will then identify the technological mutations that have the potential to contribute to environmental transition, and demonstrate how these changes are already forming part of a new emerging "technological system". We will conclude by addressing the question of the limits of technological responses to the environmental crisis, demonstrating the importance of the dimensional factors of human activity and weight of growth in this crisis, thus raising the issue of global reconsideration, with reference to the place and articulation of human activity in the Earth system.

Businesses and enterprises can no longer avoid the concern of their Natural Environmental impact, which calls into question their economic activities. Frugal Innovation and Innovative Creation is at the crossroads of economics and management in business, particularly focused on innovative enterprises and their interactions with the Natural Environment. Navigating these interactions can be perceived by companies as a costly constraint, especially in an innovation process, which is already very expensive. The aim of this book is therefore to highlight the need for a satisfactory technology level while innovating, without risking damage to the Natural Environment. The challenge here is to propose a form of frugal innovation that is likely to be successful, while also mindful of the environmental considerations from the outset, hence the concept of environmental frugal innovation. Furthermore, by questioning the practice of innovative creation (especially if it integrates the ideas of respect for and preservation of the Natural Environment), this book reveals the importance of two key elements that are present regardless of the modality (the level of technology and organization): improvisation and bricolage.

Our current situation, marked simultaneously by the Anthropocene, global warming, digitization and exponential artificial intelligence, leads us to sudden and total change in global civilization and, de facto, to rebuilding the foundations of the international economy. Innovation Ecosystems explores the risks and opportunities facing the contemporary world by analyzing, comparing and categorizing the world’s most dynamic innovation ecosystems by region and city. This includes the identification of key characteristics – common or original – and learning from them in terms of culture, management, system and structure, in order to meet current challenges and think about civilizations of the future.

Ecosystems have been present in the fields of economics and management for decades, and in recent years they have experienced rapid development. However, there is still no consensus on the definition of an innovation ecosystem. Using concrete examples, The Innovation Ecosystem as a Source of Value Creation proposes a unique model in order to refine the understanding, functions, advantages and disadvantages of innovation ecosystems. This model is based on both the iterative network and integrated value chain. The network supports the collaboration between actors and favors asset transfers articulated around the innovation process. This book highlights the transfer processes at work in the innovation ecosystem, as well as the roles of the actors in this integrated value chain. It presents how value creation is articulated around knowledge to generate value shared by all of the actors in the innovation ecosystem.

The main aim of opening up innovation is to optimize the process of creating innovations, while pooling human, financial and material resources. Various profiles of actors are thus brought together in order to collaborate to achieve common objectives and share their particular interests. This book describes the challenges of collaboration in the development of innovations in a context where the sustainability of value chains is central. The diversity of collaborative forms, shared spaces (FabLab, LivingLab, co-working spaces), the intrinsic characteristics of innovation, and the actors actively involved in its emergence are all addressed in this book. The structuring of partners collaborating in innovative projects in specific environments is also discussed. Furthermore, it questions the social responsibility of companies and their innovative role in generating sustainable solutions for stakeholders.

The book is a collective work by a number of leading scientists, analysts, engineers, mathematicians and statisticians who have been working at the forefront of data analysis and related applications, arising from data science, operations research, engineering, machine learning or statistics. The chapters of this collaborative work represent a cross-section of current research interests in the above scientific areas. The collected material has been divided into appropriate sections to provide the reader with both theoretical and applied information on data analysis methods, models and techniques, along with appropriate applications. The published data analysis methodology includes the updated state-of-the-art rapidly developed theory and applications of data expansion, both of which go through outstanding changes nowadays. New approaches are expected to deliver and have been developed, including Artificial Intelligence.

Creativity, whether individual or collective, is often approached without taking into account organizational processes, routines and management systems. However, in today’s constantly changing world, developing creativity at all levels of an organization is the key to developing a continuous flow of innovation and solving complex problems in order to achieve set goals. Organizational Creative Capabilities presents a comprehensive approach to creativity, with a view towards building a genuine organizational capability with the potential to deliver strategic advantages. The book provides an understanding of organizational creative capabilities through methods of openness, slack, socialization, agility, equipment and idea management. It provides keys and examples for developing recurrent, value-creating creativity, and also addresses the question of measuring the performance of creative capabilities.