Amit Sinha

An analytical FIS model to check the quality of drinking water

The quality of water is an important aspect of todays time. The standard for drinking water has always been a debatable issue as there are various attributes affect this standard. This paper observes various attributes of water and works with three important attributes such as conductivity, pH value and hardness of water. A fuzzy model is proposed that requires three said inputs and is then simulated in MATLAB. The model gives the percentage of quality of water. A data set consisting of three said attributes is created from various water samples collected from different parts of Uttar Pradesh, India. The result is quite satisfactorily and is validated through government data. The present work may be embedded with several other applications also such as crop sowing and farming etc.

An Analytical Approach to Check the Development of any State in India

The status of any state of India depends significantly on various natural resources. The status may be developed, developing and under developed while natural resources may be climate, rivers flowing and the length of rainfall etc. In this paper, two natural resources such as number of rivers flowing and rainfall in that state have been taken at different times and their dependencies on the development are analytically done. This analytical work is implemented through Adaptive Neuro Fuzzy Inference System (ANFIS) with a set of values, number of rivers and height of rainfall. A trend has been observed corresponding to each status of the states. The present paper gives an idea to predict the development of any state in different time span. The work is validated through various known results and found a significant improvement over the previous work.

An Empirical Model of Gender Based Human Trait Identification from Blogs

The growth of blogosphere has prompted researchers for knowledge discovery from the blogs. This paper presents a brief review on research works in this area and proposes an empirical model of gender and trait identification. The feature vector comprises of three elements viz., formal measure, gender preferential measure and stylistic measure. The various significant parts-of-speech found in the blogs are used in computing the features. The model is implemented in two stages viz. author gender identification and their personality trait identification. The model identifies gender based traits viz., Extrovert, Introvert and Thinker. The model is trained satisfactorily with textual data collected from blogs using adaptive network fuzzy inference system algorithm.

Ternary Analog to Digital Converter using Carbon-Nanotube FET: A Survey

ADCs are important devices in communication application field. There is a requirement of efficient & highly accurate ADCs. This paper investigates possible implementation of ADCs using Ternary logic and Carbon-nanotube FET and its advantages. CNTFET is a promising device for submicron node in terms of power efficiency and leakage. Also, use of ternary logic improves the accuracy & area efficiency by using less number of interconnects. Hence, Ternary ADCs using CNTFET are appropriate for advanced system needs. Keywords—Analog-to-Digital converter; Carbon-nonotube field effect transistor(CNTFET);efficiency;scaling;Ternary logic; Multi-valued Logic(MVL);unity current gain frequency;low power; leakage

A Compressed Technique to Optimize the Processing of Real Time Data in Centralized and Client-Server Data Base Systems

The processing of real time transaction is an important issue in present scenario. It depends on various constraints of architecture such as data size, bandwidth speed, network latency and machine configuration etc. The present paper proposes a mathematical model to improve in the response time in centralized and client-server paradigm. The work also shows the improvement through simulation done in MatLabR2014.

Design of Microstrip Exponentially Tapered Lines to Match Helical Antennas to Standard Coaxial Transmission Lines

Based on the solution of Riccati equation a design of a microstrip exponentially tapered transmission line for matching two real impedances is worked out. An iterative procedure is used to yield the phase constant leading to an accurate design. The design is used to match a helix to a coaxial cable. A comparison of theoretical and experimental results shows an excellent agreement. It is found that small adjustments in the return loss and flattening of the frequency response is possible with a metallic tuning foil.