Data Centers: Special requirements to cloud providers are supported by data centers such as efficient power, service level agreements, security policies, humility and communication. Data center needs secure storage and can access lot of information easily in cloud.
From one user data to other cloud computing is isolated. It is concentrated on network information security, and focused on computer against Malpractices and attackers. Data privacy is maintained. Data and service delivery in cloud must be secure. Encryption process on sensible data is performed in cloud.
Description: we are interested in migrating enterprise applications to cloud scale solutions, because we want to develop methodologies for migrating applications from relational to non-relational data stores. Non-relational data stores, also called NoSQL databases, are a better fit for the cloud, because they have been designed for horizontal scaling. Generally they abandon the relational model in favor of simpler key-value based data models. Example of NoSQL databases include Riak, MongoDB, Cassandra and Neo4J.
Supporting reliability and scalability in IoT requires a large amount of additional resource usage for encoding/decoding additional data and signals; and additional wireless network communication to monitor and manage the processes, which results a high cost in terms of both lifetime of the front line battery-powered machines (e.g. sensors, robots) and the bandwidth cost of wireless network usage that is required to enable the communication between the machines and the backend controller systems. Although there exists a fair number of software middleware frameworks for IoT, they did not fully address the challenges in reliability, scalability and cost-efficiency together. The proposed middleware integrates novel mobile network signalling algorithm, forward-error-correction, network coding and elastic cloud computing using adaptive workflow algorithm towards enabling reliable, cost-efficient middleware for IoT. Topics arise from this domain are as follows:
Cloud computing Thesis achieves high interoperability service in cloud environment with low cost. Researchers gain wide knowledge regarding cloud computing environment, problem and applications on cloud computing thesis that was published earlier. Cloud computing Thesis can be submitted by computer science or Information technology Researcher regarding virtual machine migration data protection in cloud computing efficient utilization of energy and resource utilization. In organization sectors cloud computing plays an active role.