In this article, we present the design and implementation of SISYPHUS, a storage manager for data cubes that provides an efficient physical base for performing on-line analytical processing (OLAP) operations.
We present the design and implementation of a distributed storage system named as Granary in this paper, which provides reliable data storage and sharing service to cyber users.
This chapter describes a design and a prototype implementation of a database storage manager that provides robust performance in the face of competing traffic.
This makes the implementation of a battery storage economically more difficult, as it reduces the number of possible daily cycles.
It consists of a simple implementation of a triple storage, exposing a SPARQL endpoint, and allowing RESTful updates via HTTP POST and DELETE commands.
The ESS size in coordination with a PtG system can potentially be lowered by studying various grid layouts, improvement of the gas demand strategies or even implementation of a gas storage facility in the grid.
A SPARQL (http://www.w3.org/TR/rdf-sparql-query/) interface may be built when there is a substantial amount of annotated data for this purpose, which requires semantic annotations in our XML format, conversion to RDF or OWL, and implementation of a semantic storage.
In this paper, we present the design and implementation of a complex view storage system model.
Secondly, a packet-based SAME (PSAME) is proposed, according to the implementation of data storage in a practical RPS system.
In this research, a field study was accomplished on the implementation of the storage tanks in a refinery site and then, the resulted imperfections were identified and categorized.
