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University Recommendation Engine for MS
Vidya Kapase ; Nikita Shinde; Pooja Musale; Kanchan Paryani
Information Technology
Year: 2016, Volume:2, Issue : 11
Pages: 468 - 470
People make decisions every day. There are too many choices and a little time to explore them all. Recommendation systems help people make decisions in these complex information spaces. Recommendation systems are a type of information filtering that presents lists of items (films, songs, books, videos, images, products, web pages) which are likely of user interest. Amazon, Last.fm, Ulike, iLike, Netflix, Pandora are the most popular recommender systems all over the world. Simply they compare user interest acquired from his/her profile with some reference characteristics and predict the rating that the user would give. Recommendation System is a subclass of information filtering system which takes input from users and provides User with the most suitable output to fulfill his requirements. This system is used to present a new college admission system using data mining techniques for tackling college admission prediction problems. This System uses content-based filtering to provide aspiring students (Master of Science) with the most appropriate choices of colleges based on different parameters. The system analyses the student academics, merit, background, student records and the college admission criteria. Then it predicts the likelihood of colleges the student may enter. In addition to the high prediction accuracy is an advantage, as the system can predict suitable colleges that match the students’ profiles and the suitable track channels through which the students are advised to enter.
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Wireless Restrained Military Discoursed Robot
Aviral Kumar Singh ; Pushpendra Kumar Singh; Alok Kumar Singh; Arun Kumar ; Abhishek Kumar Lodhi
Electronics & Communication Engineering
Year: 2016, Volume:2, Issue : 11
Pages: 471 - 475
In this project we have implemented various useful applications which are needed in a vehicle for accident prevention as well as in military to deal with terrorist activities. The vehicle is controlled through an android application installed in a mobile device. This application is used to control the vehicle movement in all four directions, namely, left, right, backward, forward and also stop feature. The vehicle or the robot is controlled through the android application using bluetooth technology. There are some applications of the robot which may be very useful for military like metal detector and wireless live streaming with a shooter LED. Because of several applications and uses provided by single robot, it becomes very utilitarian and serviceable.
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A Review on Ultrasonic Based Security System
Garima Pandey ; Aditya Gupta; Dr. Pankaj Sharma
Electronics & Communication Engineering
Year: 2016, Volume:2, Issue : 11
Pages: 476 - 480
This paper presents the review of microcontroller and ultrasonic sonar based security system. Considering the high rate of crime and insecurity, there is an urgent need to design a security system that takes proper measure to prevent intrusion, unwanted and unauthorized user(s). Decoder, ultrasonic sonar, LCD and microcontroller as its main components to control the system. The result of these processes led to a security door which can be accessed by entering the corresponding keys of the assigned codes on the LCD screen or by entering the corresponding code. The system allows only that person who has a valid ID and at the same time unconscious the suspected person who is not having their ID proof. The designed system has been proven to be a reasonable advancement in access control and security system technology.
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Design & Fabrication of Soil Scooping Machine
Sailesh K.S ; Lithin Sam Varghese ; Mathews Roy ; Sreenath S; Vinil Wilson Chacko
Mechanical Engineering
Year: 2016, Volume:2, Issue : 11
Pages: 481 - 484
We already know India is one of the most agriculture dependent country and our economy is largely based on agriculture. Also the ever increasing demand for food with an increase in population is of prime importance. But the rate of production is comparatively low due to shortage of labour and high wages. So it is essential to achieve maximum efficiency in production in the limited area available nowadays. Also the shortage of labour has affected agriculture very badly. More and more people are turning away from agriculture. People are mostly migrating to cities and towns. The application of industrial equipments are endless starting from trivial milling machines, irrigation equipment, harvesting equipment and extending to specialized application such as combined harvesters and self-propelled machines, manure spraying machines. So an effective machinery for soil scooping machine has wide applications in house hold and farming purposes. The troubles associated with an agricultural machinery is its bulkiness, weight and reduced mobility and manoeuvrability. These problems are addressed with our project making it compact, lightweight and mobile. Thus, our soil scooping machine is an appropriate project in helping more people to deal with agricultural issues easily.
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Accident Avoiding Future Vehicle
Priyanka Singh ; Neha Varshney; Rajiv Pal; Shishir Tripathi; Ruchi Varshney
Electronics & Communication Engineering
Year: 2016, Volume:2, Issue : 11
Pages: 485 - 488
The purpose of this project is to develop vehicle accident prevention by the method of alcohol detection. Road safety is emerging as major social concern around the world especially in India. Drinking and driving is already a serious public health problem which is likely to emerge as one of the most significant problem in the near future. The project is developed by integrated the alcohol sensor with the microcontroller. The alcohol sensor used in this project is MQ-3. Whenever the driver starts ignition, the sensor measures the content of the alcohol in the breath and automatically switches of the car if he is drunken.
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A Study on Causes of Stress and Coping Strategies of Information Technology (IT) Employees with Special Reference to Trichy
Sudarsan Yadav R ; Dr. M. Ravichandran
MBA
Year: 2016, Volume:2, Issue : 11
Pages: 489 - 492
The stress has been expansively considered regards, the negative impacts it has on the organization and employees. Some organizations were designed programs to help physically and mentally health workers to avoid problems due to stress and to help with job-related stress. Stress management is a crucial part of sustain good physical, emotional health and good relationships with others. This study presents some techniques to prevent and reduce stress both at the organizational level and also in the individual level. With erratic exceptions, stress Management programs have not acknowledged a great success, the motive behind this being related to mentality. The Job stress problem is still an open question, which is waiting to be solved.
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Performance Evaluation of Block Cotton Soil Stabilized with Sugarcane Bagasse Ash and Randomly Distributed Core fibres
Jheelu Bajaj ; Vikash Kumar Singh
Civil Engineering
Year: 2016, Volume:2, Issue : 11
Pages: 493 - 498
Transportation infrastructure is the key element for the growth of any country and is essential for good physical connectivity in the very small villages, remote areas and hilly areas can be accessed only by roads. “Pradhan Mantri Gram Sadak Yojna†(PMGSY) it was estimated that about 330,000 out of its 825,000 villages and habitations where without any all-weather road access. This Centrally Sponsored Scheme was introduced in 2000 by the Prime Minister of India Shri Atal Bihari Vajpayee. It is under the authority of the Ministry of Rural Development, Government of India and began on 25 December 2000. It is fully funded by the Central Government. For executing the transportation facilities, the quality of a pavement depends on the strength of its soil sub-grade. Soil is very basic and important element in civil engineering field. Usually each structure depends on the type and characteristics of foundation which depends on type of soil. Basically the black cotton soil is rather a difficult one to use in foundation because of its shrinkage and swelling properties.There are many methods to make black cotton soil stable for various constructions. Black cotton soil is comfortable for road work, compared to other types of soil. There are two ways to enhance the quality of subgrade soil -“Replacement of soil†or “Soil stabilizationâ€. Soil stabilization can be done chemically or mechanically. Chemical stabilization is carried out by adding different chemicals in suitable proportion, while Mechanical stabilization is achieved by addition of admixtures which helps to improve the properties of soil. Today, the amount of wastes has increased year by year and the disposal becomes a world faces a serious problem in disposing the large quantity of agricultural waste like Sugarcane Bagasse Ash, rice husk ash and coconut shell etc. This paper presents the effects of Sugarcane Bagasse Ash and Core Fibre on, liquid limit, plastic limit, compaction characteristics and California Bearing Ratio on the black cotton soil. Design and construction of civil engineering structures on and with expansive soils is a challenging task for engineers. The present work is aimed to assess the improvement in the strength and stability characteristics in soft Subgrade soil by using the Sugarcane Bagasse Ash for the stabilization and then Core fibre as reinforcing material. Randomly distributed fibre reinforced soil (RDFRS) technique is used to prepare the reinforced soil samples. In RDFRS technique the mixing of reinforcement in the soil is very easy and no special skill is required. The reinforcement is added by percentage of the weight of the soil sample and by following certain aspect ratio i.e., length/diameter (L/D) ratio. Attempt is made to determine optimum combination of SCBA and core fiber content for maximum gain in strength.
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A Review on Risk Management in Software Projects
Bhawna Verma ; Mamta Dhanda
Computer Science and Engineering
Year: 2016, Volume:2, Issue : 11
Pages: 499 - 503
Any software project underneath development has inherent risk. Most of the software's fails due to over budget, delay within the delivery of the software's, poor performance and so on. Software risk can be quantified as a mixture of the probability that a software system might fail and the severity of the damages caused by the failure. Software risk management is a software engineering follow with processes, methods, and tools for managing risks in a project. It provides disciplined surroundings for intent decision-making to assess ceaselessly what will go wrong; determine what risks are important to cope with; and implement initiative to deal with those risks, this paper recognizes the expanding role of risk management in present software systems and aims at providing additional support in this area. The objective of the paper is to explain the concept of risk and to develop its role at intervals the software development process and to introduce the utilization of risk management as a way of identifying & controlling risk in software development.
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Structural Analysis of Bolero Maxi-Truck Chassis using Ansys 14.5
Mayuresh Uddhav Takale ; Sanket Kishor Shet Shirodkar; Prithviraj Sanjay Mohatkar; Omkar Prakash Mahadik; Swapneel Dattakumar Rawool
AUTOMOBILE ENGINEERING
Year: 2016, Volume:2, Issue : 11
Pages: 504 - 517
Chassis is a main component of the vehicle. This work involves static and dynamics analysis to determine the key characteristics of a Bolero Maxi-Truck chassis. The modelling of the chassis was done by using the modelling software AUTODESK INVENTOR PROFESSIONAL 2016 and then imported into finite element package ANSYS 14.5. The analysis was done by using one of the most important numerical methods is FEA and the software used is ANSYS 14.5.The static characteristics include identifying location of high stress area and maximum deformation area of the chassis. The dynamic characteristics of maxi-truck chassis such as the natural frequency and mode shape were determined by using finite element (FE) method. In the analysis, the behaviour of the chassis will be shown in 6 mode shapes. Modal updating of the truck chassis model was done by adjusting the selective properties such as mass density and Poisson’s ratio. Modifications have been suggested on the current chassis. Finally, the modification of the bolero maxi-truck chassis model was proposed to reduce the stress, deformation & weight of the truck chassis. The static structural analysis was done at different mesh conditions and results will be tabulated and graphs were plot. The results obtained from the modified chassis are compared with the original chassis, and the most optimized chassis is presented.
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Development of Light Weight Concrete by using Autoclaved Aerated Concrete
M. Gunasekaran ; G. Saranya; L. Elamaran; P. Sakthivel; P. Suresh
Civil Engineering
Year: 2016, Volume:2, Issue : 11
Pages: 518 - 522
Autoclaved Aerated Concrete is versatile lightweight concrete and they are generally used as blocks. The study of Autoclaved Aerated Concrete replacing natural sand by fly ash is investigated. Design AAC mix having mix proportion 1:3 with water cement ratio of 0.6. In these specimens using with lime and without lime, the sand is partially replaced by fly ash and cement is partially replaced by lime. The gypsum is constantly used in the specimens. The Aluminum powder is used at the range of 0.25gm, 0.5gm, 0.75gm and 1 of total weight of concrete. The properties of the mortar such as density, water absorption and compression strength for 24-hour steam curing were determined.
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Abstract
