transparent access to distributed computing brought to power the computer and data as much as the user needs to complete any given task - simultaneously achieve high performance and subject reliability.The of distributed computing are diverse, and many researchers who investigate various structural problems of hardware and software design distributed. With close cooperation between the PES, the system supports an arbitrary number of processes and dynamic extensions.Distributed System Design describes the main motivation for building distributed systems, including: applicationsoperformance oinherently distributed / costoresource sharingoflexibility and extendibilityoavailability and error toleranceoscalabilityPresenting basic concepts, problems, and possible solutions, this reference serves graduate students in the design of distributed systems and computer professionals analyzing and designing distributed / open / parallel systems.Chapters discuss: the scope of systemsogeneral othe distributed distributed computing distributed programming language and the language of CSP-like descriptions of control ( DCDL) oexpressing parallelism, interprocess communication and synchronization, and fault-tolerant approach designotwo describe a distributed system: the view of space-time and exclusion viewomutual interleaving and related issues, including the selection, supply, and self-deadlockoreliability stabilizationoprevention and detection, safety, and security and various methods of handling node, communication, Byzantines, and the mechanism faultsoefficient interprocessor communication software and this mechanism without specific constraints, such as adaptability, deadlock-freedom, and the channel error-toleranceovirtual and virtual problemsosynchronization networksoload distribution of access to shared data while supporting high-level concurrency