Currently various sectors are growing due to the continuous rise of technological development. Thus the use of machinery has increased and the use of humans has decreased. Machines work and humans oversee it. In this case, artificial intelligence technologies such as Amazon Echo and Google’s Voice Assistant are seen as the most advanced technologies based on human voice comment. As a result most of the time is saved and advanced technologies that kill this kind of artificial intelligence have the power to easily complete even some complex tasks that cannot be done by man. In this paper, a virtual assistant algorithm with such advanced artificial intelligence is proposed. It is designed with the ability to get the required data as input through voice and text, and get the job done. And its potential possibilities have been compared with some of the algorithms currently in practice. Thus the optimal performance of the proposed algorithm is determined based on the results.

In a mobile network, nodes are share data packets; sometimes, that packets are totally flooding. The packet dropping node does not easily detect for routing time instance. The node trust level is minimum causing the packet loss; it affects the entire network performance, and it reduces throughput and increases communication overhead. Proposed exhaustive routing path allocation (ERP) technique is applied to select the legitimate node for broadcasting the data packets completely. The attacker nodes of that flooding packets are detected by using the legitimate detector which are present in network environment. The node credence level evaluation algorithm is planned to estimating each and every node authority range, whether the nodes have higher credence level basis efficient packet transmission in wireless nodes; otherwise, nodes have lesser credence level basis in effective packet broadcasting. These higher credence level nodes are assigned for communication process in movable network. It improves the throughput and minimizes the communication overhead. The performance metrics of the parameters are delay, communication overhead, throughput, network lifetime, energy consumption, and packet loss.

Turbo codes have been the subject of much examination as of late, producing results exceptionally near as far as possible set by Shannon. The codes have been effectively implemented in satellite and video conferencing systems and arrangement has been made in third generation portable systems. These codes have not been utilized for short casing systems because of the delay at the decoder. This work considers the design and execution of a stream-arranged way to deal with turbo codes which dodges the requirement for information framing

Appropriated processing is a creating perspective to give strong and solid establishment engaging the customers (data proprietors) to store their data and the data buyers (customers) can get to the data from cloud servers. This perspective reduces limit and upkeep cost of the data proprietor. Meanwhile, the data proprietor loses the physical control and responsibility for which prompts various security risks. As such, exploring organization to check data trustworthiness in the cloud is key. This issue has transformed into a test as the responsibility for ought to be affirmed while keeping up the security.