Nilesh Dashore ¹, Gopal Upadhyaya ²

Affiliations
1 Dept. of Physics, B.M. Engg. College, Indore-452012, IN
2 School of Studies in Physics, Vikram University, Ujjain, IN

Abstract

This paper describes a fuzzy logic based monitoring system able to detect, measure the concentration of hydrogen cyanide released into the environment from the exhaust of vehicles, burning nitrogen-containing plastics or from any other source. We applied our suggested model to sensor network. The mobile sensor network is composed of a collection of distributed nodes each of which has limited sensing, intelligence and communication capabilities. An ad hoc wireless network is established among all nodes and each node considers other node as extended sensor.

Keywords

Hydrogen Cyanide Monitoring System, Fuzzy Logic Control System

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Nilesh Dashore ¹, Gopal Upadhyaya ², Kapil Vyas ³

Affiliations
1 Dept. of Physics, B.M. College of Technology, Indore-452012, IN
2 School of Studies in Physics, Vikram University, Ujjain, IN
3 Dept. of Computer Science B.M. College of Technology, Indore 452012, IN

Abstract

This paper describes a fuzzy logic based system to predict volcanic eruption. Meaningful prediction requires careful monitoring of a volcano's vital signs. Seismometers can be used to pinpoint earthquakes which track the rise of magma and its movement along fissures. Measurements of the tilt of the entire mountain provide additional information about the 'breathing' of the volcano as magma moves inside it. Instruments that sniff SO², CO² and other gases also can signal changes in the volcano. At some volcanoes the seismic information seems most reliable; at others the tilt tells the story. But the best predictions come from the combination of all of these methods into a volcano monitoring and prediction system.

Keywords

Fuzzy Logic Control System

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Gopal Upadhyaya ¹, Nilesh Dashore ¹

Affiliations
1 School of Studies in Physics, Vikram University, Ujjain

Abstract

Environment is the sum of all social, physical, chemical, biological or economical factors which constitute the surroundings of man to both his creator and moulders of environment. This paper discusses on global warming and green house effect and suggests the way to control global warming and the steps to be taken to reduce the temperature of the earth. The produced CO₂ from industries and from several other sources is to be sent through separate pipe lines to glass chambers kept in open atmosphere and sunlight is to be supplied to it. When chlorophyll pigments are supplied through plant sources or through algae that survive in anaerobic conditions to the glass chamber, the incoming CO₂ will get converted into oxygen due to photosynthesis. The outgoing oxygen can be collected through outlets and can be used in hospitals and several other places. In this way we can control the level of CO₂ in atmosphere and thus reducing global warming.

Keywords

Global Warming, Environment, Green-house Gas

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