Graph Based Framework for Visual Information Analysis in Scientific Documents & Scholarly Article using Graph Based Method. (Published)
Scientific results are communicated visually in the literature through diagrams, visualizations, and photographs and hence it is difficult to get the information from scientific literature quickly. The visualizations in the scientific literature to enhance search services, detect plagiarism, and study biblio metrics. An immediate problem is the ubiquitous use of multi-part figures: single images with multiple embedded sub-visualizations. The information content of the scientific literature is largely represented visually in the figures — charts, diagrams, tables, photographs, etc. Image processing is spreading in various fields. Image processing is a method which is commonly used to improve raw images which are received from various resources.
Keywords: Framework, graph based, graph based method., scholarly article, scientific documents, visual information analysis
Developing Sustainability by Using Hydrological-Water Quality Model (Published)
A framework is built, wherein hydrological/water quality model is used to measure watershed sustainability. For this framework, watershed sustainability has been defined and quantified by defining social, environmental and biodiversity indicators. By providing weightage to these indicators, a “River Basin Sustainability Index” is built. The watershed sustainability is then calculated based on the concepts of reliability, resilience and vulnerability. The framework is then applied to a case study, where, based on watershed management principles, four land use scenarios are created in GIS. The Soil and Water Assessment Tool (SWAT) is used as a hydrology/water quality model. Based on the results the land uses are ranked for sustainability and policy implications have been discussed. This results show that land use (both type and location) impact watershed sustainability. The existing land use is weak in environmental sustainability. Also, riparian zones play a critical role in watershed sustainability, although beyond certain width their contribution is not significant.
Keywords: Development, Framework, Reliability, Resilience, Sustainability, Vulnerability, Watershed
Developing Sustainability by Using Hydrological/Water Quality Model (Published)
A framework is built, wherein hydrological/water quality model is used to measure watershed sustainability. For this framework, watershed sustainability has been defined and quantified by defining social, environmental and biodiversity indicators. By providing weightage to these indicators, a “River Basin Sustainability Index” is built. The watershed sustainability is then calculated based on the concepts of reliability, resilience and vulnerability. The framework is then applied to a case study, where, based on watershed management principles, four land use scenarios are created in GIS. The Soil and Water Assessment Tool (SWAT) is used as a hydrology/water quality model. Based on the results the land uses are ranked for sustainability and policy implications have been discussed. This results show that land use (both type and location) impact watershed sustainability. The existing land use is weak in environmental sustainability. Also, riparian zones play a critical role in watershed sustainability, although beyond certain width their contribution is not significant.
Keywords: Development, Framework, Reliability, Resilience, Sustainability, Vulnerability, Watershed