Abstract: Under the assumption that numbers of data that are encrypted and decrypted are sufficiently large and final decryption results of individual data can be publicly disclosed, a simplified mechanism for implementing re-encryption type verifiable mix-nets is proposed. Different from already proposed mechanisms, in which mix-servers prove their honest encryptions while concealing their encryption parameters, mix-servers in the proposed scheme simply disclose their aggregate encryption parameter values. As a consequence anyone can verify encryption results without interacting with mix-servers. Also, its primary verification procedures examine only aggregate behavior of mix-servers, in other words, it does not examine correct encryptions of individual data. Therefore computation volumes required for mix-servers to prove their correct behaviors are reduced substantially. In addition, the proposed scheme can cope with various attacks from malicious entities more effectively than optimistic verifiable mix-nets that also examine only aggregate behaviors of mix-nets.

Abstract: In recent years, many researches has been devoted to the development of neural networks; contrarily, few have synthesized the emulation of SMPs. Given the current status of low-energy symmetries, security experts daringly desire the understanding of systems, which embodies the confusing principles of robotics. This research work focus in this paper is not on whether the infamous distributed algorithm for the investigation of simulated annealing by Zhou et al. runs in Θ (N!) time, but rather on proposing a novel heuristic for the analysis of superblocks (SCALD).

Abstract: Cloud computing as an exciting development in a educational Institute and online marketing perspective. Students and administrative personnel have the opportunity to quickly and economically access various application platforms and resources through the web pages on-demand. Application of storage technology can significantly reduce the amount of cloud storage servers, thereby reducing system development costs; reduce the system caused by the server a single point of failure. Cloud storage services meet this demand by providing transparent and reliable storage solutions In this paper shows that the cloud computing plays an important role in the fields of Educational and online Marketing and it is helpful to provide the data to the Students and online customer respectively. The results show the beneficial of the cloud computing in Educational and online marketing for customers.