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In this book we develop powerful techniques based on formal methods for the verification of correctness, consistency and safety properties related to dynamic reconfiguration and communication in complex distributed systems. In particular, static analysis techniques based on types and type systems are an adequate methodology considering their success in guaranteeing not only basic safety properties, but also more sophisticated ones like deadlock or lock freedom in concurrent settings.The main contributions of this book are twofold. i) We design a type system for a concurrent object-oriented calculus to statically ensure consistency of dynamic reconfigurations. ii) We define an encoding of the session pi-calculus, which models communication in distributed systems, into the standard typed pi-calculus. We use this encoding to derive properties like type safety and progress in the session pi-calculus by exploiting the corresponding properties in the standard typed pi-calculus.
The purpose of this book is to make the reader famliar with software engineering for distributed systems. Software engineering is a valuable discipline in the develop ment of software. The reader has surely heard of software systems completed months or years later than scheduled with huge cost overruns, systems which on completion did not provide the performance promised, and systems so catastrophic that they had to be abandoned without ever doing any useful work. Software engi neering is the discipline of creating and maintaining software; when used in con junction with more general methods for effective management its use does reduce the incidence of horrors mentioned above. The book gives a good impression of software engineering particularly for dis tributed systems. It emphasises the relationship between software life cycles, meth ods, tools and project management, and how these constitute the framework of an open software engineering environment, especially in the development of distrib uted software systems. There is no closed software engineering environment which can encompass the full range of software missions, just as no single flight plan, airplane or pilot can perform all aviation missions. There are some common activities in software engi neering which must be addressed independent of the applied life cycle or methodol ogy. Different life cycles, methods, related tools and project management ap proaches should fit in such a software engineering framework.
This book constitutes the proceedings of the 36th IFIP WG 6.1International Conference on Formal Techniques for Distributed Objects,Components, and Systems, FORTE 2016, held in Heraklion, Crete, Greece, in June2016, as part of the 11th International Federated Conference onDistributed Computing Techniques, DisCoTec 2016. The 18 revised full papers presented were carefully reviewed andselected from 44 submissions. The papers present a wide range of topicson distributed computing models and formal specification, testing, andverification methods.
Market_Desc: The book is useful for the following readers:· Undergraduate students in IT and CSE courses. This is offered as a core paper in autonomous colleges like PSG College of Technology (CSE & IT) and Coimbatore Institute of Technology· BSc (CT) students as an elective· MCA students of Autonomous Colleges like PSG College of Technology, Avinashilingam Deemed University and CIT.· This subject is also offered as a core subject in VI Semester for BE (IT) students of Anna University. · Currently there are separate books used as reference for DCOM, CORBA and J2EE. Hence this book will serve as a single text book for the subject.· This book can be used as a reference to programmers in Component Technology· This book can be used as a reference by students to pursue their research in Grid Technology and Advanced Software Architecture· Helpful for research-oriented students to do mini-project in the area of Component Technology· It will be useful for software architects, system integrators and internet solution developers and consultants Special Features: · This book can be used as a reference for the readers who want to get an introduction as well as a detailed knowledge of component technology· It can be used by readers who want to get an in depth knowledge on different Distributed Object Technologies namely RMI, CORBA, DCOM and EJB· It has example programs for each type of technology. If possible, a CD with examples can be supplied for the readers to execute and see the examples· Currently three separate books are used as a reference for CORBA, DCOM and EJB. No single text book is available for this purpose. The proposed book will help to overcome this disadvantage· It can be used by software engineers and by academicians About The Book: Distributed Software Systems are subject to frequent changes. Middleware plays an important role in the development of evolvable systems. RMI, CORBA, DCOM and EJB are mechanisms to create, deploy and deal with object-oriented components in a distributed environment. Java s contribution in distributed computing is to provide platform-independent, low-level code that can be dynamically loaded and linked. CORBA provides platform and programming language independence in a heterogeneous distributed environment. EJB and DCOM are distributed component models put forth by Sun Microsystems and Microsoft respectively. This book brings together the major object models used in distributed computing - RMI, CORBA, DCOM and EJB. This book is beneficial for all IT professionals and students. This book aims at explaining the features of DCOM, CORBA, RMI, CCM, EJB, and JavaBeans.
This volume is published in Honor of Philip Wadler on the occasion of his 60th birthday, and the collection of papers form a Festschrift for him. The contributions are made by some of the many who know Phil and have been influenced by him. The research papers included here represent some of the areas in which Phil has been active, and the editors thank their colleagues for agreeing to contribute to this Festschrift. We attempt to summarize Phil Wadler's scientific achievements. In addition, we describe the personal style and enthusiasm that Phil has brought to the subject.
For more and more systems, software has moved from a peripheral to a central role, replacing mechanical parts and hardware and giving the product a competitive edge. Consequences of this trend are an increase in: the size of software systems, the variability in software artifacts, and the importance of software in achieving the system-level properties. Software architecture provides the necessary abstractions for managing the resulting complexity. We here introduce the Third Working IEEFlIFIP Conference on Software Architecture, WICSA3. That it is already the third such conference is in itself a clear indication that software architecture continues to be an important topic in industrial software development and in software engineering research. However, becoming an established field does not mean that software architecture provides less opportunity for innovation and new directions. On the contrary, one can identify a number of interesting trends within software architecture research. The first trend is that the role of the software architecture in all phases of software development is more explicitly recognized. Whereas initially software architecture was primarily associated with the architecture design phase, we now see that the software architecture is treated explicitly during development, product derivation in software product lines, at run-time, and during system evolution. Software architecture as an artifact has been decoupled from a particular lifecycle phase.
Distributed Programming: Theory and Practice presents a practical and rigorous method to develop distributed programs that correctly implement their specifications. The method also covers how to write specifications and how to use them. Numerous examples such as bounded buffers, distributed locks, message-passing services, and distributed termination detection illustrate the method. Larger examples include data transfer protocols, distributed shared memory, and TCP network sockets. Distributed Programming: Theory and Practice bridges the gap between books that focus on specific concurrent programming languages and books that focus on distributed algorithms. Programs are written in a "real-life" programming notation, along the lines of Java and Python with explicit instantiation of threads and programs. Students and programmers will see these as programs and not "merely" algorithms in pseudo-code. The programs implement interesting algorithms and solve problems that are large enough to serve as projects in programming classes and software engineering classes. Exercises and examples are included at the end of each chapter with on-line access to the solutions. Distributed Programming: Theory and Practice is designed as an advanced-level text book for students in computer science and electrical engineering. Programmers, software engineers and researchers working in this field will also find this book useful.
This book constitutes the proceedings of the 35th IFIP WG 6.1 International Conference on Formal Techniques for Distributed Objects, Components and Systems, FORTE 2015, held in Grenoble, France, in June 2015, as part of the 10th International Federated Conference on Distributed Computing Techniques, DisCoTec 2015. The 15 revised full papers presented were carefully reviewed and selected from 53 submissions. The papers present a wide range of topics on distributed computing models and formal specification, testing, and verification methods.
The increasing relevance of security to real-life applications, such as electronic commerce, is attested by the fast-growing number of research groups, events, conferences, and summer schools that are studying it. This book presents thoroughly revised versions of eight tutorial lectures given by leading researchers during two International Schools on Foundations of Security Analysis and Design, FOSAD 2006/2007, held in Bertinoro, Italy, in September 2006 and September 2007.