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Pragmatic Sensory Data Semantics With Service-Oriented Computing
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DOI：10.4018/JOEUC.2019040102.png)
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Abstract
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The importance of an architectural semantic for service-oriented computing starts with the characteristics of software systems that has been recognized with sharing and the utilization of resources. However, an architectural characteristic for service-oriented based applications depends on interaction patterns that utilizes a data format in communication. These patterns also help in establishing communication between service components. The goal of service-oriented computing methodologies could be achieved by adopting a logical separation of services from the actual mechanism of resource assignment and allotment. This shows that how services are reliable as interaction patterns between service provider and requester. It generates the binding patterns between these two and establishes communication between them. This article discusses the mathematical-based semantic model that presents an architectural view for systems that follows a service-oriented computing methodology. It also briefs describes about different execution states and routes, which addresses the service specifications in service-oriented computing.
Keywords:
Cloud Server
Middleware
Sensory Data
Service Execution
Service Interaction Patterns
Service Semantics
Service-Oriented Computing
Wireless Sensor Network
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