Pradeep Kumar’s research while affiliated with Teerthanker Mahaveer University and other places

In this chapter the authors have proposed framework that have we are using various techniques to overcome the above mentioned challenges and proving the exact identification and extraction of WQI by classifying them according to their domain. The framework has been represented in system level design as a high level view of the view dependent data integration system and the architectural framework of the system design. Being a multi-database-oriented system, it is scalable to structure as well as unstructured data source. The wrapper and mediator module of the system is used to map the web-query-interface to the global schema of the integrated web query interfaces. In this the authors have implemented high level view of the system modeling from the end users' point of view; and the operational framework design also been represented.

Internet and applications have become an essential part of life nowadays. We are now at the stage where we can think about future smart cities as we are having various driving forces in the form of web-based applications. The main phenomena behind data-computing can be considered as for keeping data persistent, secure, available, and relevant for the information in real time. In the chapter, the authors proposed blockchain representation-based application process that is a low cost and efficient application for true sense ubiquitous usage that is also the demand of current time. The implemented application is providing a huge data security scenario for a web application system, and it is dealing with the efficient information processing towards storage, processing, and access of the information in a real time. In this chapter, the authors provided various schemes for high availability of on-demand data with proper asymmetric algorithms techniques.