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Power Loss Minimization Using Optimal DG Allocation and Sizing in Distribution Systems

Several potential benefits of integrating renewable energy based distributed generation (DG) units to conventional distribution systems have been seen. The power input from renewable DG units placed close to the load centres provide an opportunity for system voltage support, reduction in energy losses and emissions, and reliability improvement. Therefore, the allocation of DG units and their optimal sizing is an important concern. This paper presents a simple approach for real power loss reduction, voltage profile improvement, substation capacity release and is based on voltage sensitivity index analysis. Load flow analysis is done using the forward-backward sweep method. Study carried out on an IEEE-33 bus test system validates the suitability of this proposed method

Published by: Purvi Kapoor, Shashikant

Author: Purvi Kapoor

Paper ID: V3I3-1278

Paper Status: published

Published: May 15, 2017

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Defining Quality in Construction Industry

Quality is a word with many implications depending upon the business. It is thus not possible to phrase an exclusive definition for the term quality. During recent years the significance of quality management approach for business enhancement has been agreed and applied by many industries. Successful implementation of various such methods was possible having that the sense of quality was appropriately defined. However such approaches have been far away from been practiced in the construction industry. The unique character of the industry being the reason. Besides quality have different perspectives in the construction industry itself. Thus an attempt has been made to highlight the various perspectives of Quality with respect to the construction industry.

Published by: Harshad Solanki Vijay, Prof. Ashok B. More, Mitesh Tank Ashok, Swarupa Jadhav Fattesinh, Sumalata Salian Sudhakar

Author: Harshad Solanki Vijay

Paper ID: V3I3-1262

Paper Status: published

Published: May 15, 2017

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Effect of Nidanparivarjan and Anutail Nasya in Vataj Pratishyaya-A Case Study

‘Vataj Pratishyaya’ or ‘Allergic rhinitis’ is a common disease of modern era due to increased exposure to environmental pollution and unhealthy lifestyle. Allergic patients experience emotional burdens like feeling tired and miserable when their nasal allergies at their worst, limiting them from doing well at work. The prevalence of ‘Allergic rhinitis’ has increased during the past three decades. According to various international studies, it is now estimated that 20% of the general adult population and 40% of children have this condition. In Ayurveda a detailed description of ‘Pratishyaya’ it's typing ‘Vataj Pratishyaya’ is available which is said to be a condition of less complication and good prognosis. In the present case study, a study carried out under designed protocol and the result of the case study was assessed in terms of the effect of ‘nidanparivarjan’ with ‘ And tail easy’ in ‘Vataj Pratishyaya’. The present study showed a highly significant reduction in the incidence and frequency of the symptoms of ‘Vataj Pratishyaya’ with the application of ‘Anutail easy’.

Published by: Dr. Kapil B. Shekhadar, Dr. Mahadevi Jadhav, Dr. Ankita Mandpe, Dr. G. G. Asati, Dr. Meera A. Aurangabadkar

Author: Dr. Kapil B. Shekhadar

Paper ID: V3I3-1260

Paper Status: published

Published: May 15, 2017

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Variation Tolerant SRAM Cell for Low Power Applications

Static Random Access Memory (SRAM) is the important component across a wide range of microelectronics applications like high performance server processors, multimedia and System on Chip (SoC). The lower power consumption, static noise margin (SNM), read and write stability are the major design metrics for designing an SRAM cell. It is difficult to achieve that conventional 6 T SRAM cell in scaled technology, particularly in deep-subthreshold region. In this paper, impact of process parameters variations on various design metrics of the proposed cell are presented and compared with conventional 6T and 8T.The proposed 9T cell utilizes a scheme with separate read and write word lines it is shown that the 9T cell achieves improvements in power dissipation, performance and stability compared with previous designs (that require 6T and 8T) for low-power operation. The 9T scheme is amenable to small feature sizes as encountered in the deep sub-micron/nano ranges of CMOS technology. The proposed 9T SRAM cell designed in 130 nm Complementary Metal Oxide Semiconductor (CMOS) technology in the power supply voltage of 1.8 V. The simulation is done by using AARON 9.03 tool to achieve the power consumption of 91.55% lesser than existing method, Then the read and write delay of proposed 9T SRAM cell is reduced by 8.3% and 23.0% lesser than conventional 6T and 8T.

Published by: Dineshkumar .C, M. Parimala Devi

Author: Dineshkumar .C

Paper ID: V3I3-1257

Paper Status: published

Published: May 15, 2017

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3D Face Reconstruction from 2D Images Using Data Mining Algorithm

Human faces are amazingly comparative in worldwide properties, including size, viewpoint proportion, and area of principle components, however can differ extensively in subtle elements crosswise over people, gender, race, or because of facial expression. We propose a novel technique for 3D face reconstruction of appearances that adventures the similitude of faces. Our technique use as info a solitary picture and uses an insignificant 3D reference model of an alternate individual's face. Traditional remaking techniques from single pictures, i.e. shape-from-shading, require learning of the reflectance properties and lighting and also profundity values for limit conditions. Late techniques evade these prerequisites by speaking to information confronts as mixes (of hundreds) of put away 3D models. We propose instead to use the input image as a guide to “mold” a single reference model to reach a reconstruction of the sought 3D shape.

Published by: Seema Chavan, Prajakta A. Satarkar

Author: Seema Chavan

Paper ID: V3I3-1255

Paper Status: published

Published: May 15, 2017

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Automatic Irrigation System Based On Volumetric Soil Moisture Content Detection

In the field of agriculture, use of the proper method of irrigation is crucial. To have it done with reduced human intervention and still ensure proper irrigation is a challenge. We have developed an automatic irrigation system which switches the pump motor ON/OFF on sensing the moisture content of the soil. The soil Moisture Sensor module is used to detect the moisture of soil and infer to the volumetric presence of moisture present in the soil and if there is water on the sensor. We would use this module and insert it into the soil and then adjust the on-board potentiometer to modify the sensitivity. The sensor would give us the output logic HIGH when the moisture is higher and LOW when it is lower than the threshold value set by the potentiometer. The Soil Moisture sensor measure the volumetric water content in the soil, indirectly by using some other property of the soil, such as electrical resistance, dielectric constant or interaction with neutrons, as a substitute for the moisture content. We will preferably design soil moisture sensor using Arduino. An Arduino code will be used which will read the amount of moisture present in the soil and accordingly send information from the moisture sensor to the phone via the GSM module.

Published by: Anirudh Itagi, Nidhish Meherotra, Utkarsh Shukla, Dipak Singh, Prof. Deepika Rani Sona

Author: Anirudh Itagi

Paper ID: V3I3-1252

Paper Status: published

Published: May 15, 2017

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