Bøger af Mahesh Dembrani

An extremely growth in an industrial and infrastructural frameworks creating environmental affairs like atmospheric changes, malfunctioning and pollution.In order to obtain the remote environmental parameters, the sensor module and the mobile software is designed for a new environment monitoring system based on Internet of Things (IOT) in this paper.The proposed system provides a viable and straight forward solution for environmental and ambient monitoring applications. Pollution is becoming serious issue so there is need to build such a flourishing system which overcomes the problems and monitor the parameters that affecting the environmental pollution. This paper reviews on IOT based environment monitoring system. The main objective of proposed system is to provide environmental parameters at remote location using internet.Pollution is becoming serious issue so there is need to build such a flourishing system which overcomes the problems and monitor the parameters that affecting the environmental pollution. The solution includes the technology Internet of Things (IOT) which is a hook up of computer science and electronics.

Biomedical Signals are such kind of signals which play a vital role in the analysis of the human health diagnosis. This Signal includes such as ECG Signal for analysis of heart rate, PCG signal for analysis of heart and blood, VAG signal for analysis of Knee Joint, EMG Signal for analysis of muscle fibers, EEG signal for analysis of brain activities. The paper analyzes the distributed arithmetic (DA) based Block LMS (BLMS) based on that we propose iteration of LUT sharing reduces the energy consumption and provides higher speed to detect the accurate ECG signal. The FPGA implementation is carried out on virtex board having 5 grade speed xc2vpx70-5ff1704. The result focuses on the low power and low memory is required for implementation which provides higher speed and accuracy.

The increasing popularity of the Internet stimulates an explosive growth of the data transmitted on the Internet as well as the dramatic increase of the transmission speeds. As a result the TCP/IP processing has become a bottleneck. Traditional software based TCP/IP processing on general purpose processors (GPPs) is no longer able to keep pace with network wire speeds. Consequently, there is an urgent need to design performance-critical TCP/IP functions as special units to accelerate the processing speeds and to offload the processing tasks from GPPs. Such functional units performing micro-level functions can be implemented on field ¿ programmable gate arrays (FPGAs.) FPGAs as programmable hardware devices are particularly suitable to encompass both high processing speeds and flexibility to meet the quickly changing Internet. A challenge in designing the TCP/IP function is that the demand for advanced services requires the network devices to support a wide range of application and protocols; however this application and protocols are constantly evolving.

An extremely growth in an industrial and infrastructural frameworks creating environmental affairs like atmospheric changes, malfunctioning and pollution. In order to obtain the remote environmental parameters, the sensor module and the mobile software is designed for a new environment monitoring system based on Internet of Things (IOT) in this paper. The proposed system provides a viable and straight forward solution for environmental and ambient monitoring applications. Pollution is becoming serious issues other is need to build such a ¿ourishing system which overcomes the problems and monitor the parameters that affecting the environmental pollution. This paper reviews on IOT based environment monitoring system. The main objective of proposed system is to provide environmental parameters at remote location using internet. Pollution is becoming serious issue so there is need to build such a ¿ourishing system which overcomes the problems and monitor the parameters that affecting the environmental pollution.