A workbench for advanced database implementation and benchmarking

Narayanan, Valliappan

doi:10.31274/etd-180810-496

Cited by 6 publications

(5 citation statements)

References 13 publications

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“…The spatial attribute (geography) is separated from all the other non-spatial attributes. In the prototype parametric model [14], if a ParaSQL query is executed on a spatio-temporal dataset, the result set can be streamed out as raw text data (Output 1). The resultant can either be directed to an output console such as Disk Operating System for display or dumped to static text file for later use, contributing to wide variety of applications.…”

Section: Parametric Database Communitymentioning

confidence: 99%

Parametric database approach integration for handling temporal data in GIS

Sharma

Gadia

Sunday

2013

Geo-spatial Information Science

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In large spatial, temporal, and spatio-temporal databases, the concept of dimensions -time and space -is central and their efficient processing has always been a great concern. A Geographic Information System (GIS) is widely known for its efficient and sophisticated handling of the spatial databases; however, integration of the time domain introduces additional complexities. Considerable research is ongoing in this area. Though numerous approaches have already been proposed in the literature to address the time-related challenges in GIS community, such as the development of temporal GIS data models, this study contributes to these ongoing efforts through extensions to the Parametric Data Model. Parametric database approaches (Parametric Data Model) have been developed to handle dimensional data such as space, time, belief, etc. In this study, the time dimension is of specific interest and we propose the integration of parametric approaches to GIS to absorb the temporal burden. The temporal processing of the data is done using parametric approaches that address the limitation of GIS to support temporal queries and temporal analysis of phenomena. Using the AutoConViz tool, developed for spatio-temporal data modeling and visualization, results can be directly integrated into standard GIS software programs such as ArcGIS and further processed seamlessly along with and in a similar manner to other attributes.

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Section: Parametric Database Communitymentioning

confidence: 99%

Parametric database approach integration for handling temporal data in GIS

Sharma

Gadia

Sunday

2013

Geo-spatial Information Science

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“…In [6] author has compiled the detailed discussion about the common GUI and its command execution. He has discussed each and every features of GUI and talked about all parametric commands useful to process NC94 dataset.…”

Section: Related Workmentioning

confidence: 99%

Climate Analysis in IOWA Using XML and Spatiotemporal Dataset-NC94

Sharma¹,

Gadia²,

Kumar³

et al. 2010

IJDMS

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“…So an integrated System was developed by Valliappan Narayanan [5] which minimized configuration and organizational overlaps among multiple systems. The Database Integrated Workbench (CyDIW) was an effort to create a common platform which brought together all these subsystem under one umbrella which resulted in uniformity and easier maintenance.…”

Section: Cydiw Platformmentioning

confidence: 99%

A user configurable implementation of B-trees

Shetty

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A workbench for advanced database implementation and benchmarking

Cited by 6 publications

References 13 publications

Parametric database approach integration for handling temporal data in GIS

Parametric database approach integration for handling temporal data in GIS

Climate Analysis in IOWA Using XML and Spatiotemporal Dataset-NC94

A user configurable implementation of B-trees

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