Heartbeat and Temperature Monitoring System for Remote Patients using Arduino

This paper describes the working of a wireless heartbeat and temperature monitoring system based on a microcontroller ATmega328 (arduino uno). Most monitoring systems that are in use in today\u27s world works in offline mode but our system is designed such that a patient can be monitored remotely in real time. The proposed approach consists of sensors which measures heartbeat and body temperature of a patient which is controlled by the microcontroller. Both the readings are displayed in LCD monitor. Wireless system is used to transmit the measured data from the remote location. The heartbeat sensor counts the heartbeat for specific interval of time and estimates Beats per Minute while the temperature sensor measures the temperature and both the data are sent to the microcontroller for transmission to receiving end. Finally, the data are displayed at the receiving end. This system could be made available at a reasonable cost with great effect

Artificial Intelligent Techniques for Modeling Solar Cell Based on FPGA

Abstract-- The proposed need to construction of a solar tracking system is to extract the majority of solar energy solar panel. Work includes sports simulation and control of solar tracking system for dual- axis solar panel the program has been implemented using MATLAB. The tracking system can be mounted in areas that were considered rich in solar energy. In this work the design of the solar panel Biaxial characterized by the ability to move in the horizontal and vertical directions. Has been used a fuzzy controller which is dominated by the main portion of the solar tracker positioning of the engines that drives the solar panel to face the sun. Mechanical design consists of rotary joints and two engines. The tracking system makes the solar system more efficient by keeping the face of the solar panel perpendicular to the sun and thus extract the majority of solar energy has led to increased overall efficiency. In this work propos a method to track the sun's rays using sensors solar tracker by the sun and by changing the direction of the solar panel in the vertical and horizontal directions by two engines. Require a sun tracker controller effective. The user is controlled and fuzzy logic controller (FLC). The main idea of this work is to build a digital FLC using fuzzy equations and can be implemented on the FPGA in a practical way, and the advantage of this design is the possibility of FLC used for any other application without changing any part in the main design of the FLC only change the external standard inputs and outputs. Field Programmable Gate Arrays (FPGAs) have been used to implement digital fuzzy logic controller, because of their benefits, as well as the reprogrammability of the FPGAs which can support the necessary reconfiguration to program fuzzy logic controller. A VHDL design of digital fuzzy logic controller is proposed to evolve the architecture FLC circuits using FPGA-Spartan-6. The VHDL design platform creates digital fuzzy IJSER logic controller design files using WebPACKTMISE 13.3 program. Index Terms — Sun Tracker, Fuzzy Logic Controller (FLC), Field programmable gate array (FPGA), DC motor

Endobronchial hamartoma; are the lines fading from the zebra? Case series and review of literature

Hamartoma is a common benign tumour of the lung. Although most pulmonary hamartomas are located within the lung parenchyma, rarely they present as endobronchial tumours. We are describing one case of a 75-year-old gentleman with endobronchial hamartoma removed via traditional flexible bronchoscopy and another case of a 55-year-old gentleman whose endobronchial hamartoma was diagnosed via robotic navigational bronchoscopy. We are also describing the salient features of three other cases of endobronchial hamartoma diagnosed at our institution in the last 13 years. With the emergence of advanced navigational bronchoscopy techniques, we predict that the incidence of identifying endobronchial hamartomas will increase

Fabrication of Paper Cutting Machine Using Eye Mark Sensor

Abstract The paper cutting machine using eye-mark sensor is used to cut the papers in equal and accurate dimensions. The main principle of this method is used to reduce the human power and time consumption by eliminating the wastage of the raw materials. Eye-mark sensor is used to sense the colour present on the paper and make the machine to cut on the place where the paper is marked. It has a transmitter and the receiver which the sends the light signal through transmitter and it senses the colour. The sensed signal is received through the receiver. When the signal is received the roller motor is stopped and the cutter motor is started. The cutter motor completes its rotation and again the paper roll is feed. This system can be applicable for paper cutting industry and it is a low cost solution which increases the production process.</jats:p

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BJECTIVE of this paper is to examine the impact of globalisation on stock market development in India using commonly recognised indicators to test this impact. India implemented significant reforms to foster development in capital markets. These reforms were brought in with the objective of improving market efficiency, transparency, and preventing unfair trade practices. Indicators used in our study are good proxies for the test of market development and deepening. Results of this study show that the stock markets in India have experienced exponential growth over the study period. Our analysis finds that all selected indicators show significant improvement in stock markets of India. After liberalisation market capitalisation ratio, value traded ratio and turn-over ratio increases and volatility ratio has declined. Our results demonstrate overall development in stock markets and operational efficiency in stock markets of India