A Software Architecture Perspective

III. Migrating cloud-based systems to cloud-based systems and their architecture PARADIGM has a paradigm shift in software architecture, there are absolute differences in technologies, interactions, and resource assignments with the same business goals, but many If maximum conversion is the context property of the cloud-based system architecture. To illustrate the major differences, consider the general system architecture and the context attributes of the cloud-based system. [2] A. General software architecture.

Before explaining the SOA, we need to explain the software architecture. Software architecture is a new field of software engineering. The software architecture highlights the components of the system and how they interact. The interaction between these components is called a connector. (Stevens, 2002) Based on software engineering, SOA is an IT architecture based on clearly defined business reusability. With a fixed method of IT components, consumers (customers) and providers (businesses) can loosely couple. SOA brings independence and enables you to implement components on a variety of platforms and computer languages. SOA provides great flexibility in reassembling existing IT components to build a new solution. There are no restrictions on the placement of components and how they are created in SOA. The big misconception about SOA is that most people think that SOA is technology.

Service Oriented Architecture (SOA): A computer system that describes the concept of software architecture that defines the use of services that support business needs. With SOA, resources can be used as an independent service accessed in a standardized way for other participants in the network to use. Most SOA definitions identify implementation of Web services (using SOAP and WSDL), but you can use any service-based technology to implement SOA. Seven Waste: For many years, developed by Toyota's chief engineer, Ohno Taichi, he is a central innovator in Toyota's quality system. They are: 1) excessive waste, 2) waste of waste, 3) waste of transport, 4) waste of inappropriate handling, 5) waste of unnecessary stock, 6) waste of unnecessary movement, 7) waste of faults .