IEEE Transactions on Cloud Computing

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From the July-September 2018 issue

Secure Tensor Decomposition Using Fully Homomorphic Encryption Scheme

By Liwei Kuang, Laurence T. Yang, Jun Feng, and Mianxiong Dong

Featured article thumbnail image As the rapidly growing volume of data are beyond the capabilities of many computing infrastructures, to securely process them on cloud has become a preferred solution which can both utilize the powerful capabilities provided by cloud and protect data privacy. This paper puts forward a new approach to securely decompose tensor, the mathematical model widely used in data-intensive applications, to a core tensor and some truncated orthogonal bases. The structured, semi-structured as well as unstructured data are all transformed to low-order sub-tensors which are then encrypted using the fully homomorphic encryption scheme. A unified high-order cipher tensor model is constructed by collecting all the cipher sub-tensors and embedding them to a base tensor space. The cipher tensor is decomposed through a proposed secure algorithm, in which the square root operations are eliminated during the Lanczos procedure. The paper makes an analysis of the secure algorithm in terms of time consumption, memory usage and decomposition accuracy. Experimental results reveals that this approach can securely decompose tensor models. With the advancement of fully homomorphic encryption scheme, the proposed secure tensor decomposition method is expected to be widely applied on cloud for privacy-preserving data processing.

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Editorials and Announcements

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  • We are pleased to announce that TCC is now indexed in Clarivate Analytics' Web of Science under the Science Citation Index (SCI) and will receive an impact factor in the 2017 Journal Citation Report.
  • Heartfelt congratulations are offered to TCC's Editor-in-Chief Hui Lei, who received a 2017 IEEE Computer Society Technical Achievement Award "for pioneering contributions to scalable access to real-world data." Read more.
  • Congratulations to Hui Lei on his reappointment as 2018-2019 Editor-in-Chief of IEEE Transactions on Cloud Computing. Dr. Lei is CTO, Watson Health Cloud at IBM, where he provides leadership on the Watson Health Cloud technical strategy and spearheads the development of the Watson Health Cloud platform.
  • Introduction to the IEEE Transactions on Cloud Computing by Rajkumar Buyya (PDF)
  • Welcome Message by Jon Rokne (PDF)

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