By Ernesto Exposito(auth.)
The present range of delivery companies, in addition to the complexity caused by the deployment of particular delivery protocols or mechanisms over the several prone supplied through heterogeneous networks, call for a singular layout of the shipping layer. additionally, present and destiny purposes will in basic terms manage to benefit from the main tailored and to be had shipping companies in the event that they may be able to engage (i.e. notice, compose, install and adapt) successfully with this complex shipping layer.
The paintings offered during this publication proposes a model-driven technique and a service-oriented technique geared toward designing the mechanisms, capabilities, protocols and providers of the following iteration delivery layer.
The first a part of this booklet provides the cutting-edge of delivery protocols and introduces a model-driven technique and an ontology semantic version implementation aimed toward designing subsequent new release shipping protocols.
The moment half provides the UML-based layout of a component-based shipping protocol. An extension to this protocol in line with service-component and service-oriented architectures can be presented.
The 3rd half provides numerous model-driven adaptive thoughts aimed toward handling the behavioral and structural variation of subsequent iteration autonomic delivery protocols.
The fourth and ultimate half provides the layout of a delivery layer according to component-oriented and service-oriented ways and integrating the autonomic computing paradigm guided via the semantic size supplied via ontologies.
Chapter 1 advent (pages 1–6): Ernesto Exposito
Chapter 2 delivery Protocols cutting-edge (pages 7–24): Ernesto Exposito
Chapter three Semantic Modeling of delivery Protocols and companies (pages 25–48): Ernesto Exposito
Chapter four Model?Driven layout technique of delivery Mechanisms and capabilities (pages 49–78): Ernesto Exposito
Chapter five Model?Driven Specification and Validation of blunders keep watch over shipping Mechanisms and capabilities (pages 79–108): Ernesto Exposito
Chapter 6 Model?Driven Specification and Validation of Congestion keep watch over shipping Mechanisms and features (pages 109–128): Ernesto Exposito
Chapter 7 Specification and Validation of QoS?Oriented delivery Mechanisms and features (pages 129–156): Ernesto Exposito
Chapter eight Architectural Frameworks for a QoS?Oriented shipping Protocol (pages 157–186): Ernesto Exposito
Chapter nine Service?Oriented and Component?Based delivery Protocol (pages 187–200): Ernesto Exposito
Chapter 10 Adaptive shipping Protocol (pages 201–212): Ernesto Exposito
Chapter eleven Autonomic shipping Protocol (pages 213–230): Ernesto Exposito
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Additional resources for Advanced Transport Protocols
This service guarantees that if some loss or disordering is detected in one stream then data delivery over the rest of the streams is not affected. In contrast, flow and congestion control functions are implemented on a session basis and not independently for every stream. These functions are based on the TCP algorithms: the receiver informs the sender about the reception buffer capacity and a congestion window is maintained for the SCTP session. The slow-start, congestion avoidance, fast-recovery and fast-retransmission mechanisms are implemented following the TCP algorithms but using the SCTP packets as the acknowledgment unit instead of the bytes-acknowledgment approach followed by TCP.
G. ). On the other hand, Semantic Modeling of Transport Protocols and Services 29 from the service provider viewpoint, the QoS is considered as a statement of the level of quality expected to be offered to the user of the service. 1000 [ITU 01a], this concept is enhanced integrating two temporal phases: the initial phase where requirements and services can be expressed and the operation phase where the resulting QoS can be observed. 2. 641 has proposed a QoS framework intended to develop standards related to QoS in the area of information technology [ITU 97].
2. Software engineering process A software process defines the steps required to create a software product. One of the most mature and well-known software engineering processes is the Unified Software Development Process (USDP) [JAC 99]. USDP or UP was introduced as a standard process for creating software products based on the use of the UML. USDP introduces the concept of four Ps: people, project, product and process. People working in a software development project collaborate within an adequate workflow based on the UP using the common UML notation to build and represent the blueprint of the software product.