MIT-World Peace University (MIT-WPU) is a top educational institute located in Pune, India. It is recognized within&nbsp;UGC under Government of Maharashtra Act No. XXXV 2017.&nbsp;

It is part of the MIT group of institutions (established in 1983) which covers 10+ campuses across India and has more than 50,000+ students enrolled across various disciplines at a given point of time. The institute houses 15 schools ranging from Engineering &amp; Technology, Design, Pharmacy, Commerce, Governance among others. It offers undergraduate, postgraduate and PhD programs among different disciplines.&nbsp;

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MIT World Peace University

School of Electronics & Communication Engineering

In a country like India, patients are monitored in their recovery period, so the cost of hospitalization is also increasing day by day. The physiological parameters like body temperature, heart beat rate are monitored during recovery period of patients. This is done using a 'Smart Non-Invasive Wireless Physiological Monitoring System', where patients are monitored remotely. Impact sensors are used, which detects the fall of patients, so that immediate help is provided to them. In this paper the temperature, heart beat rate and impact sensors are used to measure physiological parameters which are then analysed and transmitted to PC through ZIGBEE wirelessly. Using GUI, parameters are monitored on PC by medical professionals. The high fluctuations in the parameters will be reported to doctors as a critical condition through GSM. © 2014 IEEE.

World University root node

Engineering and Technology

2014 International Conference on Embedded Systems (ICES)

Smart non-invasive wireless physiological monitoring system

Power Systems suffer from various types of faults such as Phase and Earth Faults. These faults lead to overcurrent in the circuits. Numerical Relays embedded with Digital Signal Processor (DSP) can be used to protect the system components as they can perform complex processing faster with higher accuracy and also avoid problem of false tripping. DSP based processing can also be optimized for real time. In this paper, TMS320F28335 based Implementation of Numerical Relay is discussed. TMS320F28335 is a floating point Digital Signal Controller (DSC). Short Time Fourier Transform (STFT) is used to detect the spurious signals and faults more accurately. The proposed overcurrent protection system is implemented on real time basis with the help of AntiAliasing filter and Signal Conditioning Circuit to scale the inputs from Current Transformer. Anti-Aliasing filter is designed based on the fault current simulation data generated using Power System Simulation Software. Fault current patterns generated are analyzed by calculating Fourier Transform coefficients that decide the filter specifications. Code Composer Studio (CCS) IDE is used for the development of algorithm. The paper discusses development of overcurrent protection algorithm based on RMS calculation for single phase circuits using TMS320F28335. The overcurrent relay Inverse Definite Minimum Time (IDMT) characteristics curves based on the simulated fault current data are used as basis and are implemented for Single Phase Circuits. © 2014 IEEE.

School of Electrical Engineering

Proceedings of 6th IEEE Power India International Conference, PIICON 2014

TMS320F28335 based single phase overcurrent protection Implementation using Numerical Relay

This paper presents a novel and non-destructive approach to the color appearance characterization and classification of guava ripeness. Guava ripeness is modeled using extracted statistical color features and support vector machines (SVM) are adopted to perform the classification task. Also, the role of different color spaces in entropy calculation for estimating resolving power in the characterization of ripeness levels of guava is investigated. This approach is applied to 270 guava images from three types of ripeness, i.e., under ripe, ripe, and over ripe. Entropy-based color space selection is carried out using nonparametric Kruskal– Wallis procedure. Statistical curve-fitting color features are derived from the histogram of selected color space. Experimental results show that in spite of the complexity and high variability in color appearance of guava, the modeling of guava images with statistical color curve-fitting parameters allows the capture of differentiating color features between the guava ripeness levels. The classification accuracy using six normpdf curve-fitting parameters (mean, sigma, mean_LB, mean_UB, sigma_LB, sigma_UB) is 90.37% for testing data. © Springer India 2014.

Advances in Intelligent Systems and Computing

Fusion of entropy-based color space selection and statistical color features for ripeness classification of guavas

A novel multiresonance loop shape microstrip antenna (MRLMSA) for ultra wide band wireless communication applications is presented. The designed radiating antenna consists of a two loop shaped ring resonators around the single monopole hexagon patch. This antenna is powered through stepped co-planar waveguide (CPW) fed. The stepping fed is used to improve the antenna electrical characteristics at the centre and at higher frequencies. The stepping fed and ground formation will also provide the impedance matching with the radiating patch. This antenna is used for characterisation in ultra wide band frequency range from 3.1 GHz to 10.6 GHz. The antenna is designed and simulated on an Fr4-epoxy substrate of dimensions (L) × (W) = 72.25 mm × 51 mm having dielectric constant εr = 4.4, relative permeability = 1, thickness t = 1.53 mm, loss tangent tan δ = 0.002 and lande G factor 2. The size of the radiating patch is specified by Length × Width is (L1) × (W1) and edge length is (S1) for impedance matching, constant gain, steady radiation patterns, and constant group delay over the UWB frequency range. The two loop rings are used around the monopole hexagon is to provide the multiresonance radiation characteristics. The speciality of the design and its dimensions is that, within two loop rings and a monopole patch it gives multiresonance response in the UWB frequency range from 3.1 GHz to 10.6 GHz. An optimized MRLMSA is designed and simulated on an Ansoft-HFSS simulation software and a comparative statement of result is also proposed. This antenna is useful in the UWB wireless communication systems i.e. MIMO-Multi-Input Multi-Output UWB system for short range, higher power transmission with higher bandwidth requirement. This antenna is also used in other wireless systems such as WLAN, WiMax etc for notch (filter)applications. © 2014 IEEE.

Proceedings of the 2014 International Conference on Advances in Computing, Communications and Informatics, ICACCI 2014

Design of multiresonance loop shape microstrip antenna for ultra wide band wireless communication applications

Multiresolution Analysisfor Medical Image Segmentation Using Wavelet Transform

International Journal of Technology and Management

Review on Lane Detection and Departure warning Algorithms

International Journal of Emerging Engineering Research and Technology 2 (2 …

Primary nutrients determination in the soil using UV spectroscopy

For real time digital video transmission, an innovative multi-layer design of wireless systems is needed, where information among layers is exchanged and parameters are jointly optimized for richer interfaces among the layers of the protocol stack. The growing prevalence of wireless calls for such design of wireless network to support Quality of Service (QoS). Accounting for the limited availability of radio resources, the above requirement can be met through the development of flexible or adaptable radio interfaces of multi-layer architecture. Specifically, based on the traffic analysis with QoS requirements jointly Application (APP), Media Access Control (MAC), Physical (PHY) layers can be designed to optimize the network performance. This architecture is developed in view of benefits and necessities of sharing information among different layers where parameters are jointly optimized. To this respect, this paper gives the proper relevance to resource management strategies such as coding efficiency, media access control and error control and proposes a block level model of multi-layer architecture of wireless network. © 2014 IEEE.

2014 International Conference on Circuits, Systems, Communication and Information Technology Applications, CSCITA 2014

A multi-layer architecture of wireless network for digital video transmission

Automatically verifying a person from a video frame or a digital image using computer application is known as a Face Recognition system. With changes in facial pose, face appearance changes drastically. Recognition of faces under pose variations is much more challenging. Now a day's recognizing human faces in unconstrained or wild environment is emerging as a critically important and technically challenging computer vision problem. Recently face recognition community is gradually shifting its focus on much more challenging unconstrained setting. A new unconstrained human face Database called as 'My unconstrained Database' has been developed in this paper. A model based approach is used and the Moment based feature extraction techniques (Hu's, Zernike and Legendre Moments) are implemented on three different face databases containing different poses of the faces. This paper proposes a modified method called 'Genetic Algorithm based Transfer Vectors' for generation of features of a frontal face from the features of different poses of image. Next, the generated frontal features are matched with the actual frontal features. Extracted feature are classified by three different methods: kNN classifier, LDA and Transform Vector with Distance Metric and finally Correct Recognition Rate is determined. © 2014 IEEE.