With internet and web 2.0, web 3.0 strong presence in this IT world, world is shrinking and information and knowledge sharing is increasing. Market needs are growing and demand also increasing every day. Large scale distributed applications are been deployed successfully and still the process is ongoing.
Need to integrate the discrete and widely distributed segments let to birth of distributed application development. Can you imagine what would happen if you had one development centre in India, few others in other countries and internet was not there?? Oh no!! Never it seems world would come to stand still. How would you update if changes were made in one segment?? Really intractable!! Scalability was an issue; undoubtedly information would fizzle on the way. Suppose, Internet was there but there was no centralized flow of information?? With globalization of IT sectors, small and middle sized businesses are capturing the market share. Distributed applications are used extensively in the banking, airline, and telecommunication industries. The major barrier across distributed application development are design issues, development, building, testing, and maintaining distributed applications using the tools that comprise the state-of-the-art today.
In India, IT professionals, developers leverage tools expertise. To achieve success and obtain scalable solution Indian developers have divided the life cycle of distributed application into four stages. First stage is designing of the application, after design; application developers India help to provide a set of general-purpose building units for development of complex units.
Implementing the application and testing comes under second stage. Indian developers facilitate by developing methodology for complete system acceleration using client behavior in true network conditions. Third stage is deployment of the application and its utilization; manual is a tedious task and also error prone. To avoid error shared infrastructure is created for software developers that they utilize for deployment and utilization of the application. Final stage involves maintenance and evolution; developers develop tool that monitors the distributed application and will prove to be reliable in long term and check its reliability.
Still many companies have not taken part in multi-tier architecture distributed application development race and are far off from the benefits of distributed application development. Reduced complexity; true interoperability; language, scalability, tool; lower cost of ownership and hardware independence, web computing is the guiding principles of distributed multi-tiered architectures like .net / Windows DNA and J2EE; faster time to market. The .NET Framework is the roadmap to access technologies that enable developers to build distributed applications.
For the distributed applications development, Indian companies are employing component technologies like COM, DCOM, Enterprise Java Beans, RMI and CORBA and UML, Design patterns for software Design.
Need to integrate the discrete and widely distributed segments let to birth of distributed application development. Can you imagine what would happen if you had one development centre in India, few others in other countries and internet was not there?? Oh no!! Never it seems world would come to stand still. How would you update if changes were made in one segment?? Really intractable!! Scalability was an issue; undoubtedly information would fizzle on the way. Suppose, Internet was there but there was no centralized flow of information?? With globalization of IT sectors, small and middle sized businesses are capturing the market share. Distributed applications are used extensively in the banking, airline, and telecommunication industries. The major barrier across distributed application development are design issues, development, building, testing, and maintaining distributed applications using the tools that comprise the state-of-the-art today.
In India, IT professionals, developers leverage tools expertise. To achieve success and obtain scalable solution Indian developers have divided the life cycle of distributed application into four stages. First stage is designing of the application, after design; application developers India help to provide a set of general-purpose building units for development of complex units.
Implementing the application and testing comes under second stage. Indian developers facilitate by developing methodology for complete system acceleration using client behavior in true network conditions. Third stage is deployment of the application and its utilization; manual is a tedious task and also error prone. To avoid error shared infrastructure is created for software developers that they utilize for deployment and utilization of the application. Final stage involves maintenance and evolution; developers develop tool that monitors the distributed application and will prove to be reliable in long term and check its reliability.
Still many companies have not taken part in multi-tier architecture distributed application development race and are far off from the benefits of distributed application development. Reduced complexity; true interoperability; language, scalability, tool; lower cost of ownership and hardware independence, web computing is the guiding principles of distributed multi-tiered architectures like .net / Windows DNA and J2EE; faster time to market. The .NET Framework is the roadmap to access technologies that enable developers to build distributed applications.
For the distributed applications development, Indian companies are employing component technologies like COM, DCOM, Enterprise Java Beans, RMI and CORBA and UML, Design patterns for software Design.
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