Titlebook: Query Answer Authentication; HweeHwa Pang,Kian-Lee Tan Book 2012 Springer Nature Switzerland AG 2012

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Data Streams,ace, especially with the widespread adoption of mobile devices like smart-phones and tablet PCs. Such services can generate large streams of data, and they are often delivered over intermediary platforms (e.g., brokerages) to the end-users. It is thus necessary to verify that the delivered data stre

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Conclusion,is a need to ensure users that answers to their queries are correct. In this book, we focused on solutions for authenticating query answers. The basic idea is for the publisher to also return the query answer together with an additional set of verification objects. With the verification objects, the

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Relational Queries,ability of the cryptographic protocols to queries that execute over a tree-structured index is obvious. For this reason, we begin by studying query answer authentication in the context of relational databases.

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Spatial Queries,re typically mapped into feature vectors (which are essentially multi-dimensional points) to facilitate similarity search. More recently, location-based services acquire and manage locations of large quantity of moving objects. In fact, we can also view a traditional relation with . attributes as a collection of .-dimensional points.

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Data Streams, they are often delivered over intermediary platforms (e.g., brokerages) to the end-users. It is thus necessary to verify that the delivered data streams are authentic and complete..In this chapter, we describe techniques proposed by Li et al. [2007] and Papadopoulos et al. [2007] for authenticating data streams.

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