Entrepreneurial spirit- A marketing perspective
We frequently hear that somebody has started a new App it is getting good no of hits every day or somebody has started a new business and getting a good response. Now there is a good environment to start the new business & with Entrepreneurial spirit, everybody needs to start business or start-ups. Now it is not necessary to invest in land and hoardings to sale your products. With the modernization, a seller has many platforms like e-sale, internet sale, etc., everything is available only it This article puts focus on Entrepreneurial spirit and its characteristics with a marketing perspective.
Published by: Vijay Sidram Burkule
Author: Vijay Sidram Burkule
Paper ID: V5I2-1841
Paper Status: published
Published: April 15, 2019
Online marks entry system
This paper describes the entry of student’s oral, practical, term work marks manually. After checking the answer sheet and taking oral and practical, faculties have to fill up marks in paper or sheet provided by the exam cell manually. Therefore there are possibilities of mistake happening during entering these marks. To minimize this problem we are going to make one system which allows the staff to enter the marks and verify the marks and then generate the report of this mark sheet. We are developing a system i. e ONLINE MARKS ENTRY SYSTEM to reduce the efforts of entering marks manually by the institute staff. Here in this system, the college department staffs are provided with the user name and password through the mail, where they will log in and subjects will be allocated to the staff by the head of the department and according to their subjects, they will enter the internal marks of their subjects. They can verify the marks and then generate the report of the sheet.
Published by: Ansari Abrar Shaukat Ali, Muhib Lambay, Shaikh Mohd Rahil, Shaikh Zain ul haq, Anas Sami Ahmed Dange
Author: Ansari Abrar Shaukat Ali
Paper ID: V5I2-1836
Paper Status: published
Published: April 15, 2019
Study of software development for a PID controller system
In a Nuclear Power plant, there are a variety of machines performing different specific tasks. One of those is a standalone PID controller having multiple input/output being used in NPP Control is having an inbuilt processor. System control module and multiple communication channels, a floating-point arithmetic unit, multiple Ethernet controllers and also, an Analog Input acquisition module, Digital Input acquisition module, Contact Output Module is to generate contact out being used for annunciation purpose. We have used C programming to write applications, drivers code in a Linux environment. Cross compiler is used for compiling the code. A general purpose PID controller can be used to control a number of different parameters, which can be represented as an Analog Signal. It monitors critical parameters and issues alerts in case of deviant behaviors. Countermeasures can be deployed to take appropriate actions. The uses of such a general purpose PID controller can be extended to various applications in different fields.
Published by: Yashika Thakur, Yash Siddham, Karan Patel, Deepali Maste
Author: Yashika Thakur
Paper ID: V5I2-1909
Paper Status: published
Published: April 15, 2019
Pricing of cloud computing services
Pricing cloud computing has always been a big challenge not only to many Cloud Service Providers (CSPs) but also to many cloud consumers because of the exponential growth of new service features or characteristics appear almost daily. However, pricing of cloud services is a challenging task due to its services complexity and dynamic nature of the ever-changing environment. In this project, we propose a solution based on value-based pricing, which does not only consider how much does the service cost to a CSP but also how much a customer is willing to pay for the service. We demonstrate that the cloud extrinsic values would not only become one of the competitive advantages for CSPs to lead the cloud market but also increase the profit margin.
Published by: K. Mounasree, M. Manasa, Harika B. R., M. Udaykumar, M. Roshini
Author: K. Mounasree
Paper ID: V5I2-1863
Paper Status: published
Published: April 15, 2019
Design and simulation of the single phase Z-Source Inverter
Z-source converter overcomes the conceptual and theoretical barriers and limitations of the traditional voltage-source converter (abbreviated as V-source converter) and current-source converter (abbreviated as I-source converter) and provides a novel power conversion concept. The Z-source concept can be applied to all DC-to-AC, AC-to-DC, AC-to-AC, and DC-to-DC power conversion. Z – source inverters have been recently proposed as an alternative power conversion concept as they have both voltage buck and boost capabilities. These inverters use a unique impedance network, coupled between the power source and converter circuit, to provide both voltage buck and boost properties, which cannot be achieved with conventional voltage source and current source inverters. To facilitate understanding of Z – source inverter, this paper presents a detailed analysis, showing the design of impedance network, implementation of simple Boost control PWM technique and simulation of Z – source inverter for different values of modulation indices.
Published by: R. Santhosh Kumar, Maria Sushma S., Praveen Kumar M.
Author: R. Santhosh Kumar
Paper ID: V5I2-1816
Paper Status: published
Published: April 15, 2019
Need for ultra-high voltage power transmission in India
In recent days, the global scenario has been changed a lot and there is a tremendous development in every field particularly in the electrical field. If we don’t converge our innovative ideas for the development of new power technologies we may face a decreasing trend in the development of the power sector. The transmission of power with Ultra high voltage may be one excellent and efficient way of electricity transmission. The rapid growth in industrial sectors, the usage of Ultra High Voltage (UHV) is very much needed to meet the load demand. High voltage (HV) is the range between 66 kV and 400 kV, if the voltage is above 800 kV, it can be defined as UHV. With the advancement of new power technologies in the world, it could be seen that Japan, Russia, Italy, Brazil, America (U.S), and Canada began to improvise UHV technology in the 1960s and 1970s.nOver a century of power transmission evolution, research, engineering, construction, and operation of alternating current (AC) overhead power transmission lines of ever-growing rated voltages and development of substation apparatus for such lines made it possible to raise the transmission voltage from 10 kV to 1200 kV and the power transmission capacity from 180 kW to 5 GW, i. e. by four orders of magnitude. At present commercial AC transmission lines and networks of a medium, high, extra-high.
Published by: Nagendra R. Gouthamas
Author: Nagendra R. Gouthamas
Paper ID: V5I2-1870
Paper Status: published
Published: April 15, 2019
