Publicly Verifiable Boolean Query Over Outsourced Encrypted Data


Redistributing stockpiling and calculation to the cloud has turned into a typical practice for organizations and people. As the cloud is semi-trusted or defenseless to assaults, numerous looks into propose that the redistributed information ought to be encoded and afterward recovered by utilizing accessible symmetric encryption (SSE) plans. Since the cloud isn’t completely believed, we question whether it would dependably process inquiries accurately or not. In this manner, there is a requirement for clients to confirm their inquiry results.

Inspired by this, in this paper, we propose an openly unquestionable unique accessible symmetric encryption conspire dependent on the gathering tree. We first build a collection tree dependent on encoded information and afterward re-appropriate them two to the cloud. Next, amid the hunt task, the cloud produces the comparing confirmation as indicated by the inquiry result by mapping Boolean question activities to set tasks while keeping security protection and accomplishing the check prerequisites: legitimacy, freshness, and culmination. The security investigation and execution assessment demonstrate that the proposed plan is protection safeguarding and down to earth.

BASE PAPER:Publicly Verifiable Boolean Query Over Outsourced Encrypted Data

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