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Big Data Analytical Framework Using GIS Concept for Remote Sensing Technique

Niketa P. H. Nemade(1*), Sharmila K. Wagh(2)

(1) Department of Computer Engineering, Modern Education Society’s College of Engineering, Pune, India
(2) Department of Computer Engineering, Modern Education Society’s College of Engineering, Pune, India
(*) Corresponding author


DOI: https://doi.org/10.15866/irecap.v7i6.13350

Abstract


Nowadays, remotely sensed symbolism has been progressively utilized for the improvement of the earth perception satellites for the research mankind's activities for the screening of Ecological transformation and it will upgrade the existing geo-spatial information. Those common portraits are challenging because they should transform naturally toward workstations; in any case they might be effortlessly deciphered toward people. The vast majority noteworthy step will be how should get foreseen data from the pictures and how they will convert these pictures under functional information to further investigations. The magic goal will be to fulfill an algorithm guaranteeing a chance to be productive for extensive extent image transformation, including improved efficiency, finding relationship "around data, and extracting nonstop features. On attaining these targets in the above specified setting, this paper recommends an ongoing methodology for nonstop characteristic extraction and for the identification of rivers, roads, and primary highways in the remote tactile earth observatory satellite pictures. A deep analysis is made on the ENVISAT satellite mission’s datasets and based on this analysis the algorithm is proposed using statistical measurements, RepTree machine learning classifier, and Euclidean distance.Those framework may be created utilizing Hadoop software and a biological community will move forward the effectiveness of the framework. The intended framework comprises many steps including collection, filtration, load balancing and processing, merging and understanding.
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Keywords


Big Data; Land and Sea Area; Offline Data; Real-Time Data; Remote Sensor; Feature Extraction; Image Analysis

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References


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