Determining Information Signatures in Smart Spaces
Sergey Boldyrev, Ian Oliver, Jukka Honkola · 2009
A Smart spaces infrastructure is becoming popular due to high abstraction level of information that can be stored and retrieved from such environments. Since the amount of information is growing rapidly in modern world and one of the targets of the Smart spaces is to leverage the level of information between many information sources and consumers, it is crucial to provide efficient and reliable mechanism for information dispersing, processing and assembling around the number of physical or logical entities. Approach presented is targeted for the determining information signatures in Smart spaces which are the entities that are generated by means of isomorphic transformation thus represent information domain independent fragments and could be interpreted in some cases as a least meaningful information sets.