Development of computational techniques for preserving privacy using secure multi-party computation protocols

Title

Development of computational techniques for preserving privacy using secure multi-party computation protocols

Creator

Shukla,Samiksha

Contributor

G Sadashivappa

Description

Data related to individual wealth, financial status and health is sensitive and to ensure confidentiality of these data special mechanism is required. For betterment of research and development, requirement is right input from authorized users. Due to personal confidentiality concerns, it is very difficult to get individuals sensitive information even if it is for mutual benefits. To get the real time data from actual users is critical to achieve extraordinary quality research outcomes. In collaborative computation participants are unwilling to provide straight answers when the questions involve personal information. The service providers who collect s data need to establish substantial trust with the parties. The confidentiality and integrity guarantees of the proposed protocols can simplify this issue. newlinePrivacy preservation is a big challenge for the data generated from various sources such as social networking sites, online transactions, weather forecast to name a few. The socialization of the internet and cloud computing generates pica bytes of unstructured data online with intrinsic values. The inflow of big data and the requirement to move this information throughout an organization has become a new target for hackers. The collaborative computation data is subject to confidentiality laws and should be protected. newlinePeople are more interested toward outsourcing work to a third party rather than maintaining their own resources, in this circumstance there is a requirement of insuring security from the service provider as it may lead to security breaches and party may not be interested in such service providers. newlineSecure multi-party computations deals with collection of challenges in which the requirement is the collaborative computation result. This computation needs input from multiple parties, but all the parties are concerned about their individual input.

Source

Author's Submission

Date

2015-01-01

Publisher

Christ(Deemed to be University)

Subject

Computer Science

Rights

Open Access

Relation

61000031

Format

PDF

Language

English

Type

PhD

Identifier

http://hdl.handle.net/10603/114265