Patrick Sondi – författare

Design and Evaluation of Ad Hoc Routing Protocol examines ad hoc communications between vehicles in a road environment. In this context, the book questions the sustainability of communications-dependent driver assistance services in areas where no communications infrastructure is operational.

Starting with an ad hoc routing protocol proposed by the authors, this book presents a methodology from its design to its evaluation. It presents the functional requirements-based design approach and offers analyses to help us understand how the protocol functions, its properties and its performance in relation to target applications.

This book is primarily aimed at beginners in the fields of protocol engineering, ad hoc networks or intelligent transport systems, but also provides specialists with an original perspective on the scientific literature in these fields. In particular, it offers concrete tools to help them develop their own methods for designing and evaluating communications protocols.

Design and Evaluation of Ad Hoc Routing Protocol examines ad hoc communications between vehicles in a road environment. In this context, the book questions the sustainability of communications-dependent driver assistance services in areas where no communications infrastructure is operational.

Starting with an ad hoc routing protocol proposed by the authors, this book presents a methodology from its design to its evaluation. It presents the functional requirements-based design approach and offers analyses to help us understand how the protocol functions, its properties and its performance in relation to target applications.

This book is primarily aimed at beginners in the fields of protocol engineering, ad hoc networks or intelligent transport systems, but also provides specialists with an original perspective on the scientific literature in these fields. In particular, it offers concrete tools to help them develop their own methods for designing and evaluating communications protocols.

Cybersecurity and Traceability in Factory 4.0 highlights the challenges associated with the digitalization of production sites. While new digital technologies bring productivity gains, this transformation also brings new risks, constraints, dependencies and costs. However, there are practical approaches that enable manufacturers to navigate this transition in a way that is overall beneficial to their business. Using the specific example of blockchain, one of the key components of Industry 4.0, this book illustrates its specific application in implementing traceability to build trust between the factory, its suppliers and its customers, while preserving the confidentiality of the third parties involved. It demonstrates that the energy and storage costs often associated with blockchain are not inherent to the technology itself, but result from implementation choices. Concrete and practical approaches, as well as evaluation tools, are proposed to facilitate the integration of blockchain into an operational factory.

Cybersecurity and Traceability in Factory 4.0 highlights the challenges associated with the digitalization of production sites. While new digital technologies bring productivity gains, this transformation also brings new risks, constraints, dependencies and costs. However, there are practical approaches that enable manufacturers to navigate this transition in a way that is overall beneficial to their business. Using the specific example of blockchain, one of the key components of Industry 4.0, this book illustrates its specific application in implementing traceability to build trust between the factory, its suppliers and its customers, while preserving the confidentiality of the third parties involved. It demonstrates that the energy and storage costs often associated with blockchain are not inherent to the technology itself, but result from implementation choices. Concrete and practical approaches, as well as evaluation tools, are proposed to facilitate the integration of blockchain into an operational factory.

Design and Evaluation of Ad Hoc Routing Protocol examines ad hoc communications between vehicles in a road environment. In this context, the book questions the sustainability of communications-dependent driver assistance services in areas where no communications infrastructure is operational.Starting with an ad hoc routing protocol proposed by the authors, this book presents a methodology from its design to its evaluation. It presents the functional requirements-based design approach and offers analyses to help us understand how the protocol functions, its properties and its performance in relation to target applications.This book is primarily aimed at beginners in the fields of protocol engineering, ad hoc networks or intelligent transport systems, but also provides specialists with an original perspective on the scientific literature in these fields. In particular, it offers concrete tools to help them develop their own methods for designing and evaluating communications protocols.

Cybersecurity and Traceability in Factory 4.0 highlights the challenges associated with the digitalization of production sites. While new digital technologies bring productivity gains, this transformation also brings new risks, constraints, dependencies and costs. However, there are practical approaches that enable manufacturers to navigate this transition in a way that is overall beneficial to their business.Using the specific example of blockchain, one of the key components of Industry 4.0, this book illustrates its specific application in implementing traceability to build trust between the factory, its suppliers and its customers, while preserving the confidentiality of the third parties involved. It demonstrates that the energy and storage costs often associated with blockchain are not inherent to the technology itself, but result from implementation choices. Concrete and practical approaches, as well as evaluation tools, are proposed to facilitate the integration of blockchain into an operational factory.