Sensor Based Automatic Fertigation System
Authors:- S. MuthuKumar, M.Naveenraja, V. NaveenKumar, Dr. S.RajaRanganathan
Abstract: – In sensor based automatic system, the irrigation and the fertilizer supplying system can be automated. Our project comprises of two modules irrigation system and the fertilizer supplier system. In irrigation system, the moisture of the soil can be found using the moisture sensor which can be fixed at the different parts of the farm land. For the crops planted, the required water content can be varied with types. Based on the sensor values obtained from the land, the controller will regulate the required amount of water quantity to the crops. This will terminate the motor when the required level reached. In the fertilizer supply system, the fertilizer content present in the soil can be found using the PH sensor fixed at the farm lands. This will find the nutrient content found in the soil. This will supply the fertilizer to the soil based on the sensor values which can be fixed at the farm lands. This will reduce the over watering and over fertilizer supplying to the crops. As the required quantity of water and fertilizer will be supplied to the crops, this will increase the productivity of the crops and improve the texture of the soil.
Predicting Diabetes in Medical Datasets Using Machine Learning Techniques
Authors:- M.Tech. Scholar Arvind Aada, Prof. Sakshi Tiwari
Abstract: – Healthcare industry contains expansive and delicate information and should be taken care of all around cautiously. Diabetes Mellitus is one of the developing amazingly lethal maladies everywhere throughout the world. Medicinal experts need a dependable forecast framework to analyze Diabetes. Distinctive AI methods are helpful for analyzing the information from differing points of view and synopsizing it into profitable data. The openness and accessibility of enormous measures of information will almost certainly give us helpful learning if certain information mining systems are connected on it. The principle objective is to decide new examples and after that to decipher these examples to convey huge and valuable data for the clients. Diabetes adds to coronary illness, kidney malady, nerve harm and visual deficiency. So mining the diabetes information in productive way is a urgent concern. The information mining strategies and strategies will be found to locate the suitable methodologies and systems for proficient grouping of Diabetes dataset and in removing important examples. In this investigation a restorative bioinformatics examinations has been cultivated to anticipate the diabetes. The R programming was utilized as digging device for diagnosing diabetes. The Pima Indian diabetes database was obtained from UCI storehouse utilized for investigation. The dataset was considered and broke down to fabricate compelling model that foresee and analyze the diabetes ailment. In this examination we plan to apply the bootstrapping resembling method to upgrade the exactness and after that applying Naïve Bayes, Decision Trees and k Nearest Neighbors’ (kNN) and think about their execution.
Analysis and Research of System Security Based on Android
Authors:- M. Tech. Scholar Ronak Jain, Prof. Sakshi Tiwari
Abstract: – Android is a savvy versatile terminal working stage center on Linux. Be that as it may, because of its open-source programming and programmable structure character, it drives the Android framework helpless against get infection assaults. This paper has profoundly inquired about from the Linux framework security system, Android-explicit security instruments and other assurance components. Also, on this premise, Android gadgets have accomplished firmly watched on ordinary state. With the goal that aggressors cannot utilize the portion module or center library to get most elevated access consent and be assaulted. In the mean time, to additionally reinforce the security of Android gadgets, it empowers them to appropriately deal with the high-hazard danger. This paper likewise fortified interruption identification framework (HIDS) in light of the host so as to identify noxious programming and reinforce the Android framework level access control.
Analysis of the Impact of Clear Air Atmospheric Conditions on Propagation Loss at Microwave Frequencies
Authors:- Ezeh, Ikechukwu H., Onwuzuruike, V. Kelechi
Abstract: – In the paper, the analysis of the impact of clear –air atmospheric conditions on propagation loss at microwave frequencies is presented. Particularly, the study focused on the impact of variation in point refractivity gradient on multipath fade depth based on the International Telecommunication Union (ITU) recommendation P.530-17 quick planning applications method. The point refractivity gradient depends on the vertical profile of the primary radio climatic parameters, namely, atmo spheric temperature, pressure and relative humidity. Accordingly, the Nigerian Meteorological Agency (NIMET) Radiosonde dataset of the atmospheric temperature, pressure and relative humidity for 2014 in Cross River state were used in the study. The twelve months (2014) Radio sonde dataset of the atmospheric temperature, pressure and relative humidity at the ground level and at height of 65 m above ground were used to compute the refractivity (N) and point refractivity gradient (dN1) for each of the 12 months along with the annual average values of N and dN1. The results show that the ITU annual average value of dN1= –400 is over 200 % of the annual average value of -131.86 obtained from the locally measured data. For each of the 12 months multipath fade depth is computed using the point refractivity gradient obtained in the study along with parameters of a 10 km case study microwave link. The results show that at the frequency of 8 GHz and percentage of time Pw (%) of 0.01 % that a given fade depth is exceeded in the average worst month, the maximum fade depth of 18.95865 dB occurred in October whereas the lowest fade depth of 14.10459 dB occurred in April. Also, the multipath fade depth is inversely proportional to the point refractivity gradient. Furthermore, the result for the multipath fade depth at Pw = 0.01 % and frequencies of 8 GHz , 16 GHz and 28 GHz for the 12 months shows that multipath increase with frequency and the ITU dN1 value continues to maintain the highest multipath fade depth in each of the frequencies considered. Also, the result for the multipath fade depth at the frequency of 16 GHz and Pw of 0.001 %, 0.01 % and 0.1 % for the 12 months shows that multipath decrease with Pw and the ITU dN1 value continues to maintain the highest multipath fade depth in each of the Pw values considered. The ideas presented in this paper is relevant to microwave communication link designers as it enables them to determine the appropriate fade margin that can be specified to accommodate the multipath fade depth that can occur in a given link.
Zigbee Based Routing Security on Home Automation
Authors:- M.Tech.Scholar Amol Ramdas Kasar, Prof. Sakshi Tiwari
Abstract: – Mechanization is a huge field and now daily can be actualized anyplace relying on the application. ZigBee convention IEEE 802.15.4 remote standard can be utilized to set up system for some particular application reason. ZigBee based home robotization remote sensor system can be executed with little starting expense and can be valuable to control fans, lights and other home apparatuses which activity can be controlled with the assistance of a microcontroller. The home computerization can be helpful system for physically incapacitated people just as seniority individual and a similar system can be utilized to control mechanical applications too.
A study on real-time low-quality content detection on Twitter from the users’ perspective
Authors:- M.Tech. Scholar Garvesh Joshi, Prof. Sakshi Tiwari
Abstract: -Location systems of malignant substance, for example, spam and phishing on Online Social Networks (OSN) are regular with little consideration paid to different kinds of low-quality substance which really impacts clients’ substance perusing background most. The point of our work is to identify low-quality substance from the clients’ viewpoint continuously. To characterize low-quality substance conceivably, Expectation Maximization (EM) calculation is first used to coarsely order low-quality tweets into four classifications. In light of this starter think about, an overview is cautiously intended to assemble clients’ feelings on various classifications of low-quality substance. Both immediate and backhanded highlights including recently proposed highlights are recognized to portray a wide range of low-quality substance. We at that point further consolidate word level examination with the distinguished highlights and fabricate a watchword boycott lexicon to improve the recognition execution. We physically mark a broad Twitter dataset of 100,000 tweets and perform low quality content discovery continuously dependent on the described noteworthy highlights and word level investigation. The consequences of our exploration demonstrate that our technique has a high precision of 0.9711 and a decent F1 of 0.8379 dependent on an irregular woodland classifier with continuous execution in the discovery of low-quality substance in tweets. Our work in this manner accomplishes a positive effect in improving client involvement in perusing internet based life content.
Design and Implementation of Internet of Things Based Smart Mirror Using Raspberry Pi
Authors:- Prof.Dhanashree R. Patil, Apurva S. Ghayalkar, Sayali N.Patil, Shweta P. Patil, Pavan P. Patil
Abstract:- In this paper, we describe the design and development of a futuristic mirror that offers simplified and customizable services to the home environment. .It is a small contribution towards smart home. The mirror interface provides users with the versatility needed for better management and integration of daily tasks. On a par with the recent advances in the Internet of Things standards and applications, the mirror is designed to enable residents to control the household smart appliances and access personalized services. The proposed system is set apart from others for its provision of various customized information services for user profile generation.
Fast Image Dehazing Method Based On Homomorphism Filtering and Contrast Enhancement
Authors:- Neeta Joy, Asst. Prof. Jyothi Johnson
Abstract:- Images captured via camera in the bad weather conditions like hazy or foggy ones would result in degradation of images. This is mainly due to the scattering of atmospheric light. This could lead to the deterioration of the image due to the scattering of atmospheric particles and due to the presence of haze. In this paper, a fast algorithm for single image dehazing is proposed using the homomorphism filtering and then using the contrast enhancement technique. Firstly, to accurately measure the atmospheric light an additional channel method is proposed based on quad-tree subdivision. Here the average grays and gradients are used as assessment criteria. Secondly, after finding the atmospheric light portion in the input image filtering is being applied. For this, homomorphism filtering technique is used. This is a generalized technique for both signal and image processing, involving a nonlinear mapping to a different mapping to a different domain in which linear filter techniques are applied, followed by mapping back to the original domain . At last the haze-free image is obtained as the result of atmospheric scattering model. Numbers of both subjective and objective evaluations are being done with the aid of experiments which shows that this algorithm can clearly and naturally recover the image, with at most clarity at the edges where there is sudden changes in the depth of field. Here the algorithmic time complexity is the linear function of the image size. This has advantages in the running time my maintaining balance between the running times and processing.
Commutation Torque Ripple Reduction in BLDC motor Using M-SEPIC Converter
Authors:- K. ThangaPushpam, S. Radhika, I. TamilSelvi, M. VinothKumar, S. Nagaraj
Abstract:- The paper presents new power converter topology to suppress the torque ripple reduction due to the phase current commutation of brushless DC motor. The modified sepic converter is used in a converter circuit it has high static gain for a given duty cycle and step –up-output. Cuk converter has produce the inverted output. The M-SEPIC is a modification of the basic SEPIC. It is superior to the opposite converters each in terms of the input current, purity and potency. It shows very little overshoot or ringing. And also the switching loss is reduced and has low THD value than Cuk converter so it has high static gain and increased efficiency. The theoretical analysis and framework, using MATLAB/ Simulink environment, are given to illustrate the proposed method and the performance is compared with conventional system. And the experimental results are provided for verification of the BLDC drive system.
Design and Implementation of Quad copter
Authors:- Gaurav Gadge, Ankita Ledey, Sourabh Pawer, Gulshan Balpande
Abstract:- The paper presents new power converter topology to suppress the torque ripple reduThis paper presents the design and implementation of an aerial surveillance quad copter for search and rescue application. The aim of this research is to develop a real-time, compact and cost effective drone that will be capable of search and rescue operation and the class is intended to provide the student with both theoretical and practical knowledge in the areas of electronic engineering and design, system integration hardware programming, and control system design and implementation. The frame of the quad copter was made up of very light glass fiber to ensure stability while flying and also to reduce weight of the overall material. The entire design generated a compact and low cost surveillance quad copter with weight of approximately 1.50 kg; which can take photographs from environments with the aid of the onboard mounted camera. Live streaming was done with the help of laptop during fight.
Crop Prediction System
Authors:- Ruchira Nerkar, Bhakti parkhe, Sanjana Bhandure Prof. Bhushan Chaudhary
Abstract:- In recent years, different emerging technologies and applications were introduced for information technology, and now the information technology has become huge part of our day to day life. Especially for agriculture, the yield prediction is very popular among farmers these days. This may contribute to the proper selection of crops for their agricultural development activities based on a farmers experience on a particular field and crop. In earlier stage yield prediction system used data mining techniques in order to predict the crop, analyzed, fertilize and what on. And now-a-days agricultural forecast is becoming more complex and more difficult due to global warming and abnormal weather. To carry on this tasks farmer needs a building of an effective agricultural yield forecasting system on real time. So, crop prediction system is the most fundamental system, which gives soil temperature, soil moisture, humidity, air temperature, of the soil. This helps farmer to analyze which crop should be cultivated, with respect to atmosphere. In this project we use Arduino Uno board to control the entire task which is introduced in programming. And firstly the system is mounted on a particular place in the farm after that the supply is connected to switch board (extension board) and then by switching on the supply it will start and by identifying the parameter’s by the sensors it will displayed on the 16 x 2 LCD screen on system or else by using the router the user can also access the system from anywhere to check the parameters. This system is smart in a technology and will help the future digital world to be more advanced by this system the farmer would get a clear vision about which crop should be cultivated and suitable for the weather.
Analysis of Classification Algorithms using Machine Learning
Authors:- M. Tech. Scholar Soniya Rathore, Asst. Prof. Ankur Taneja, Asst. Prof. Lakhan Singh Sisodiya
Abstract:- In this work our main focus is on regression which is one of the most important methods in machine learning algorithm. Regression is a statistical approach that is used to find the relationship between variables. It is basically used to predict the outcome from the given dataset. In this work we will discuss the regression algorithms which are available in machine learning algorithm and propose one algorithm that will have less train error and test error as compared to other existing algorithm. The accuracy measure will be in the form of train and test error.
Oxcy Business Suite Application Using CRM,ERP and Supply Chaining For Small and Middle Scale Company
Authors:- Asst. Prof. S. Malarvizhi, M. Shivaranjani, M. Vidhya
Abstract:-Business suite application is depends upon two main things called Enterprise resource planning and Customer relationship management. By using this two methods we can improve both customer and enterprise growth. This application is specifically developed for small and middle scale Companies. Here we also used sorting algorithm, supply chaining method.
A Survey on Robust Intrusion Detection System Methodology and Features
Authors:- M. Tech. Scholar Jyotsna Purohit, Asst. Prof. Jayshree Boaddh, Asst.Prof. Akrati Shrivastava
Abstract:- To improve network security different steps has been taken as size and importance of the network has increases day by day. In order to find intrusion in the network IDS (Intrusion detection system) systems were developed which were broadly classified into two category first was anomaly based and other was misuse based. In this paper survey was done on the various techniques of intrusion detection system where some of supervised and unsupervised intrusion detection techniques are discussed. Here methodology of various researchers are explained with their steps of working. Different types of attacks done by the intruders were also discussed.
A Hybrid Digital Water Marking Technique Based on Feature Selection Using Integer Wavelet Transform Function and Decision Tree
Authors:- M. Tech. Scholar Namrata Joshi, Associate Professor Kapil Shah
Abstract:- The quick development of the Internet in the previous years has quickly expanded the accessibility of advanced information, for example, sound, pictures and recordings to general society. As we have seen in the previous couple of months, the issue of ensuring sight and sound data turns out to be increasingly essential and a great deal of copyright proprietors are worried about securing any unlawful duplication of their information or work. Some genuine work should be done so as to keep up the accessibility of mixed media data. Highlight extraction and order based computerized water checking is new territory of research in flow security assurance and copyright strategy. Around there of research different creators utilized element extraction method, for example, wavelet change work and for arrangement reason utilized help vector machine. During the time spent element based water checking strategy include extraction is most critical part and the characterization relies upon chosen highlight. In this paper proposed novel computerized water checking strategy dependent on whole number wavelet change with quality based order procedure. For the choice of highlight quality utilized RBF work. The determination of quality relies upon separated element by whole number wavelet change. The proposed technique recreates in MATLAB programming and tried some rumored assault, for example, commotion assault, share assault and interpretation assault. Our observational assessment result indicates better execution in pressure of DWT water stamping system.
Solar and Wind Hybrid Agricultural Automation Using Iot
Authors:- Asst. Prof.V. M. Dhumal, Payal Sathawane, Mayuri Mahadule, Priyanka Dharmik, Lokesh Moundekar
Abstract:- Agriculture was the augmentation in the rise of sedentary human civilization. Farmers are unaware of technology and lots of efforts are being made by farmers to enhance the productivity. So to overcome this problem we propose a system based on Internet of things to make smart agriculture by modernizing the current traditional methods of agriculture. The main aspect of this project is that system could automatically work according to obtained measurement values and send regular updates and alerts about the farm conditions to owner’s mobile phone and also alternatively controlled via designed website for better understanding of field. In addition to this , demand for electricity is increasing day by day ,which cannot be fulfilled by non- renewable energy sources. So hybrid renewable sources are use to fulfill this energy demand. These sources combines wind turbines and solar system to generate electricity.
Location of Power Burglary in Customers Consumption Utilizing Exception Discovery Calculation
Authors:- Dr. RamaPraba, S.Sangeetha, V. Aishwarya, M. Keerthana
Abstract:- Progressed Metering Infrastructure (AMI) is a centre piece of Smart-lattice, which is in charge of gathering, estimating and breaking down vitality utilization information of clients. The improvement of this system has been conceivable gratitude to the development of new data and correspondence innovations. In any case, with the entry of these advancements, new issues have emerged in the AMI. One of these difficulties is the vitality robbery, which has been a noteworthy worry in conventional power frameworks around the world. To confront these difficulties, datasets of power utilizations are broke down to distinguish interlopers. Conventional systems to identify interlopers incorporate the utilization of AI and information mining approaches. here, we break down the possibility of applying anomalies discovery calculations for upgrading the security of AMI through of the identification of power burglary. We investigate the exhibitions of different existing exception discovery calculations on a genuine dataset (purchaser vitality use). The outcomes demonstrate the achievability of utilization exceptions calculations in the security of AMI and furthermore the adequacy of the utilization of these techniques in the power utilization datasets for robbery identification.
Enhanced Architecture Design for Tri Layer Communication Using Communal Micro blog Information
Authors:- M. Tech. Scholar Anu Joy
Abstract:- Initially and as usual the user can sign up in the social network. While signing up in the social network, the user need provide all the personal and educational information for the user profile. After creating the social network account, the users may search for new friends and they may chat with the friends, the advanced micro blogging information considers only the public data and public chats. A micro data array will be created for the user. The micro array consists of the entire user’s most important information only. Automatically the micro array details will send and search through the E-Commerce application. Here the artificial neural network will works as a third party agent and the agent will retrieves all the recommended products, as micro blogging information. A panel will be design in the social network for displaying the recommended product details. All the displayed products will be more relevant to the user’s profile. The generated micro blogging information contains an alphanumerical characters like (A34#ULKNELRL*!). The micro blogging information has been generated using Artificial Neural Network (ANN) and Advanced text categorization. This micro blogging information will reduce the time of data retrieval from social network to ecommerce application. The same architecture has been enhanced for new channels, here three news channels taken for the consideration. And this is the third tier among the two tiers. As mentioned above the same micro blogging information generated for news channels also. Here the only the relevant news for the user will be displayed, so that they can quickly go through the news updates. In added with search options also provided for other news information like, user can search the news area wise, city wise and state wise. All the information will be shown in a single window.
Pond Maintaining Bot
Authors:- Nagarjun J, Ragavi N, Shunmitha K, P.Vidhyalakshmi
Abstract:- Water is a basic need for all living being. Hence, it is important to maintain the cleanliness and hygiene of water. The work has been carried out by considering the current situation of our national rivers which are dump with crore litres of sewage and loaded with pollutants, toxic materials, debris etc. The Government of India has taken charge to clean rivers and invest huge capital in many river cleaning projects. There is a need to incorporate technology such that cleaning work is done efficiently and effectively. Mechanisms used for design is such a way that it collects the waste which floats on water bodies and the collected waste can be easily disposed. This design cleans wastes found such as plastic wastes, garlands, bottles and other wastes found floating on water. In this project, a bot is used which will float on the water bodies. RF Transmitter and Receiver are used to move the bot and to collect the waste. The collected waste is stored in the storage unit. Design calculations are made to float the bot in water. The bot is made up of Poly Vinyl Chloride in order to have light weight and consists of Direct Current motor, Fish pump and Arduino.
Semantic Analysis for Predicting Movie Reviews
Authors:- Abitha K S
Abstract:- Film audits are evaluations of the tasteful, stimulition, social and social benefits and noteworthiness of a current film or video. Audits have a tendency to be short to medium length articles, frequently composed by a solitary staff essayist for a specific distribution. For film industry, online survey of basic gatherings of people assumes an essential job. On one hand, the great remarks of a motion picture can pull in more groups of onlookers by and large. Then again, the great remarks don’t fundamental mean high box income and bad habit section. Despite the fact that audits are normally genuinely ”speedy takes” on a motion picture, they can, in a few cases, be extensive, substantive, and exceptionally canny. Here we built up a model to perform nostalgic examination onthe motion picture surveys and foresee whether it is a positive or negative audit.
Vehicle Ignition Locking System Using Fingerprint with Gsm Module
Authors:- Asst . Prof. Venkatesh Munagala, Jagadeesh Gade, Vinay Reddy Mekka, Anudeep Kurganti, Sravan Kumar Kunchala
Abstract:- Biometric systems have overtime served as robust security mechanisms in various domains. Fingerprints are the oldest and most widely used form of biometric identification. A critical step in exploring its advantages is to adopt it for use as a form of security in already existing systems, such as vehicles. This research work focuses on the use of fingerprints for vehicle ignition, as opposed to the conventional method of using keys. The prototype system could be divided into the following modules: fingerprint analysis software module that accepts fingerprints images; hardware interface module and the ignition system module. The fingerprint recognition software enables fingerprints of valid users of the vehicle to be enrolled in a database. Before any user can ignite the vehicle, his/her fingerprint image is matched against the fingerprints in the database while users with no match in the database are prevented from igniting the vehicle. Control for the ignition system of the vehicle is achieved by sending appropriate signals to the parallel port of the computer and subsequently to the interface control circuit. The developed prototype serves as an impetus to drive future research, geared towards developing a more robust and embedded real-time fingerprint based ignition systems in vehicles.
An Implementation of Fpga Based Smart Meter For Home Energy Management
Authors:- K. Banumathi M.Tech. Asst. Prof., A. Thameem Ansari, R. Thinesh Kumar, L. Vignesh
Abstract:-Home Energy Management (HEM) for Smart Grid focuses on the power management on consumer side, where home appliances can be monitored and controlled to balance and optimize the power supply and consumption. Among various applications of Smart Grid technologies, Home Energy Management is probably the most important one to be addressed. HEM basically consists of smart meters, smart appliances and advanced control systems. The fundamental task of the HEM system is improving energy efficiency, data measurement, and transmission. The real-time consumption data gathered from each appliance of home are measured and transferred to a data concentrator and back to the utility and view of power consumption data and electricity pricing can be enabled in smart meter. Smart meter initiatives seek to enable energy providers and consumers to intelligently manage their energy needs through real time monitoring, analysis, andcontrol. In this paper the new architecture of FPGA implementation of Home Energy Management for Smart Grid is developed. It estimates the energy consumption of appliances by measuring the voltage, current drawn by the appliances. The other function such as price predictor, communication to the consumer can also be performed in this architecture.
Assessment of Thermal Performance of Closed Loop Pulsating Heat Pipe: Review
Authors:- Nilesh D. Gedam, Harshu A. Bhimgade, Surendra S. Nagpure
Abstract:- In this paper, the effect of different orientation and an internal diameter of pipe on the thermal performance of Closed Loop Pulsating Heat Pipes (CLPHPs) has been studied experimentally. Simultaneously other major parameters that affect the system dynamics include the volumetric filling ratio of the working fluid, input heat flux and the total number of turns has been observed. An experimental set-up of CLPHPs made of copper tubes of different internal diameters heated by constant temperature water bath and cooled by constant temperature water-ethylene glycol mixture (50% each by volume) is used to study the thermal performance with the fixed number of turns in the evaporator. The working fluids employed are water, ethanol, and R-123. The results indicate a strong influence of gravity and the number of turns on the performance. The thermo-physical properties of working fluids affect the performance which also strongly depends on the boundary conditions of pulsating heat pipe operation.
Home automation using Google assistant
Authors:- Dhiraj Rathore, Akash Vasule, Pankaj jharbade, Vivek Bhise, Nilesh Mishra
Abstract:- Home automation is a important aspect we will have in future so here we are designing a simple home automation
System in low cost so that we can help in changing the old technology of manual switches. This technology costs so badly in today’s world around 2000rs to 5000rs so we have made some small adjustments and used it with google assistant which gets a significant reduction in cost of the home automation. we can interact with Google assistant and it can search on internet, schedule events, set alarms, control appliances, etc. This service is available on smart phones with Google Assistant and it is free to use. our project hardly costs 1000rs for 4 manual switches I hope everyone will like it.
Study on Brain Abnormalities Using IoT
Authors:- M .Tech. Scholar Arpitha M S, Manogna D Raj, Asst. Prof. Deepika
Abstract:- It is important to understand the mechanisms of learning disabilities in order to evaluate electroencephalography (EEG) parameters. Diagnosis of abnormalities is one of the major continuously ongoing researches in medical science field. Brain Computer Interface for controlling elements commonly used at home. It includes EEG device needed to acquire signals associated to the brain activity. To understand the complex behavior of brain EEG is very effective tool. IoT revolution has made health care more advanced by narrowing gap between medical condition and the response from specialist. This paper mainly presents an idea related to brain by reforming the existing access control system detecting medical conditions and getting timely response from doctors in case of emergency.
A Review Paper on Automatic Power Factor Detcetion and Correction
Authors:- Shailendra Singh, Sahil Chauhan, Mukesh Chaurasiya, Sarvesh Kumar, Rupesh Kumar
Abstract:- The conception of conserving electrical energy is not new to us,it is widely recognized that electrical energy is being wasted in many forms , such as copper loss, iron loss but these are hard to compensate. Because of the fact that most loads are inductive in nature reactive energy is wasted. So, the required energy is can be utilized in which the energy can have the major correction to form a power factor In simple words power factor can be defined as how far the energy provided has been utilized. And in technical terms it is defined as the ratio of active power to the apparent power .In this paper we do a study of a proto type for automatic power factor correction using some capacitor bank which helps in increasing the power factor which is done by reducing reactive power. In this project load power factor can be increased by Arduino microcontroller. Current and voltage transformer are also used for sampling of the circuit current and voltage for measuring the power factor.
Impact of Co-curricular activities on leadership Qualities of UG students
Abstract:- This study to investigated the impact of co-curricular activities on leadership qualities. college graduates recognized as a community leader we’re selected from Government degree college of Nizamabad district. The study was delimited to sports, Elocution, debates, essays and athletic. The sample of 450 students was selected. Data were collected by questionnaire of leadership qualities which was developed by researcher. The data was analyzed by using statistical techniques mean, standard deviation, Pearson coefficient of correlation, and t-test. On the basis of data analysis was found that co-curricular activities how significant impact on leadership qualities of undergraduate students.
Digital Donation Box
Authors:- Prof. D.G.Wadnare, Sarika Pathare, Pratibha Pandit Pratiptsangam Sinha, Neha Waghmar
Abstract:- The now a day’s people go to temples and donates lots of money to temple. The devotees don’t know the exact money, the temple have. Even the government don’t have the data of amount the temple have. This leads to generate in black money. In the current donation box the man power is used to count the money and the money is not counted accurately. And the money is also at risk of being stolen. People also donate fake money which is accidently counted by the workers of temple this will lead to improper counting of money. The current donation box has no security provided. The temple people don’t know that how much amount is there in the donation box, so they have to open the donation box frequently for counting the money. So to solve all these problem we have come with a solution of digital donation box. In our project the money is immediately shown on the website of the temple and on LCD screen of the donation box. This will lead to reduction in black money. In our project no use of man power is required because money is automatically counted by our project.in our project fake coin detection is also there, this will help to reduce in fake coin cases.
Object Detection & Tracking Based Holistic Approach Using SIFT
Authors:- K.V. Kavin
Abstract:- Crowd behavior detection is very promising area of research these days in field of computer vision and artificial intelligence. A novel framework based algorithm has been proposed in this research paper which focuses three key elements of moving crowd [i] Dynamics based appearance of the crowd [ii] Temporal Spatial deviation based anomaly [iii] Intrinsic interaction based deviation flow change . This framework deals with micro as well as macro level anomaly detection using SIFT techniques in structured & Semi-Structured crowd. This proposed framework out performs several existing state of art techniques being used for anomaly detection.
Question Generation using NLP
Authors:- Kaksha Mhatre, Akshada Thube, Hemraj Mahadeshwar, Prof. Avinash Shrivas
Abstract:- In this paper, we have proposed a method to question generation using coreNLP and tree regular expressions for parse tree manipulation. In addition to this we have used spaCy for named entity recognition to recognize entities for question word identification.
Fake Review Management
Authors:- Asst. Prof. B. Ravi Kumar, K. Prabhu, S. Swarup Teja
Abstract:- Today’s, everyone is buy a products in online shopping carts without see a product in physically they buy a product based on the reviews of a buyers, but in online shopping carts any one can provide a review about products, it will be the chance for the spammers to provide a spam reviews about the product in online shopping carts the spam reviews are not identified by the buyer’s so they think the review is genuine and they buy a product, admin only known that review is not a genuine review, in an existing system admin can find the spam reviews but they can’t able to remove the review from the review list, proposed system we can provide a option to remove the spam reviews from the list of review, who will buy the product then they provide review that review is an genuine, one who not buy a product but they provide a review the review will automatically stored in spam review database then admin can remove the review from the list.
Fire and Gas Accident Avoider System
Authors:- Kanchan Marskole, Reena Bodkhe, Shraddha Yadav, Twinkle Thakre, Prof. Meena Sune
Abstract:- The main aim of this project is to monitor for liquid petroleum gas(LPG) leakage to avoid fire accidents, providing house/industry safety feature where the security has been an important issue. The “fire and gas accident avoider system” detects the LPG leakage using a gas sensor, and this system detects the flames by a flame sensor that alert the consumer about that event with GSM module.If due to gas leakage, any fire accident occurred, then the flame sensor will send an alert to the microcontroller and that information also send to the user through GSM module. Any number of consumer mobile number are included while programming the microcontroller in Embedded C language, to which SMS must be send about the gas leakage and fire accident details.The software program for the proposed system is written in the Embedded C language.The fire and gas accident avoider system using GSM system is used to detect any fire, smoke or gas leakage in any premises, building or industry This project is used as a security system in applications like homes, hospitals, hostels, industries. Because of its low power consumption, reliability, portability this system used in other applications like smoke detection. It is very useful in house for detecting LPG gas, which can cause huge loss of property & life.
Effect of Polymer and Micro silica in Preplaced Ballast Concrete
Authors:- Suriya.V, Yogaraj.S, Syed Murtaza Ahmed, Lavan. M
Abstract:- This paper presents the study of Preplaced Ballast (Aggregate) Concrete method in railway track for providing ballast less track. Preplaced Ballast Concrete method employing the injection of cement mortar into voids between preplaced ballast aggregates has recently emerged as a promising approach for the makeover of existing ballasted railway tracks to concrete tracks. This method typically involves the use of a polymer liquid to enhance the durability of the resulting recycled aggregate concrete. However, the effects of the amount of polymer on the mechanical properties of recycled ballast aggregate concrete were not clearly understood. In addition, the effects of the cleanness condition of ballast aggregates were never examined. This study targeted at investigating these two aspects through Ballast samples taken from the track and conducting compression, tensile strength of concrete. The amount of polymer (3%, 6%, 9%) added to the concrete and the test were conducted. The use of a higher polymer ratio improved the microstructure of the interfacial transition zones between recycled ballast aggregates and injected mortar. In order to enhance the compressive strength of concrete, Micro silica (5%, 10%, 15%) were used and the test results revealed the increase in mechanical properties of concrete in Polymer and Micro silica mix. In addition, a higher cleanness level of ballast aggregates generally enriched the mechanical and durability qualities of concrete.
Treatment of Dairy Waste Water Using Stabilization Vessels
Authors:- Jigar Parmar, Joanna John, Prasad Mishra, Sacchit Shah, Asst. Prof. Seema Myakal
Abstract:- Dairy industry is one of the major industries causing water pollution. Considering the increased milk demand, the milk food industries in India is expected to grow rapidly and have waste generation and related environmental problems. Poorly treated wastewater with high levels of pollutants caused by poor design, operation or treatment system creates major environmental problems when discharged to surface water or land. Various pre-treatments methods are available to neutralize the effect. Waste sample from dairy has been experimented on daily basis to calculate “pH, Suspended Solids, Chemical Oxygen Demand, and Biochemical Oxygen Demand”. Various types of locally available chemicals are used to study and analyze the treatment of dairy waste water.
Segmenting and Replication of Data in Cloud for Protection and Maximum Throughput
Authors:- Reshma R, Asst. Prof. Vijay G R
Abstract:- The information is being redistributing to outsider into the distributed computing requires the security to be done while getting to. Be that as it may, while giving the security there comes the execution issues which should be taken to be thought, to expand the execution of the cloud alongside secure information getting to the new SRDCPM technique has presented. SRDCPM procedure manages the separating the information among the hubs of the cloud as, the principle information is being appropriated more than a few hubs while getting to the client must give the label an incentive from that label esteem the sub information partitioned among hubs is being followed by making T-way and is being recovered from fundamental hub. In any case, in this idea the information put away early might be put away again this can be progressed by evading the information which is now present in the cloud consequently execution is expanded while recovering or downloading the required information by the client.
New Generation Cursor and Video Control System
Authors:- Aakash Jadhav, Malik Tamboli, Prashant Gore, Sagar Pachkhande, Shivraj Pattanshetti, Prof B.D. Jitkar
Abstract:- This paper proposes an innovative method to interact with computer system. The proposed system is based on image processing technology. The objective is to create a virtual mouse system and a mechanism for controlling video play-pause option automatically with the help of face detection. The system uses web camera to interact with the computer in a more user friendly manner. Various mouse actions such as cursor movement left click and right click operations are performed based on the colour which is detected by the system.
Study of Scheduling In Microsoft Project Software
Authors:- Shubhashree P. Deshmukh, Akshay V. Sagale, Dr. Manish M. Bais
Abstract:- Planning and scheduling are important task in construction projects. In this project, scheduling in Microsoft (MS) Project software, was undertaken. For planning and scheduling work huge amount of paperwork is required, which makes the management very burdensome. These problems can be solved using project management software which helps to give a planned approach to planning. This analysis was done because of their comparable technical features and to evaluate on the basis of the function to manage the project. Each software had many benefits; MS Project also scored best in terms of easy to use. In this study, a case of an apartment building has been taken to display how proper planning and scheduling is done using MS project.
Greenhouse Environment Monitoring System Based on Wireless Sensor Network
Authors:- Asst. Professor Deepika, Bhanushree V K, Spoorthi P
Abstract:- As an important agricultural infrastructure, greenhouse plays an important role in the development of modern agriculture to supply proper environment for plants. The wireless sensor network has the advantages of simple structure, high efficiency, low cost, safety and reliability compared with the existing wired monitoring technology. This paper describes a design of greenhouse environment monitoring system based on wireless sensor network, the system integrates detection, wireless communication, alarm, display, control and other functions into one, using temperature and humidity sensor SHTll and light intensity sensor BH1750 for data monitoring, using CC2530 as microprocessor, man-machine interface is realized by using Lab VIEW software. The system is mobile and flexible, strong expansibility, low cost, low power consumption, flexible operation, the experiment proved that the system measurement accuracy, control stable operation. It can satisfy the demand of the greenhouse monitoring.
A Study on Patient Health Monitoring Using Iot
Authors:- Shafiya S, Ashwini M C, Asst. Prof. Deepika
Abstract:- IoT is Internet of Things. The Internet of Things refers to the ever-growing network of physical objects that feature an IP address for internet connectivity, and the communication that occurs between these objects and other Internet-enabled devices and systems. These devices are used in various application fields to make our day to day life comfortable. These days frequent monitoring of health is very important for every individual in order to stay healthy. The various advances in Health monitoring using Iot, sensors, Arduino, Raspberry Pi etc are discussed in the paper.
Digitally Automated Incubation System For Complete Seed Germination
Authors:- K.A. Bhosale, S.A. Sawant, P.R. Hasolkar, S.S. Jadhav, B.B. Gayali, V.T. D’souza
Abstract:- Ongoing period has brought upon a noteworthy worldwide sustenance lack because of the climatic changes on the planet. So as to manage this issue of worldwide sustenance lack individuals must need to grow a sensible arrangement of vegetables and different harvests utilizing distinctive methodology and artificially controlled framework yields more products contrast with open field development since the microclimatic parameters that determine crop yield are persistently inspected and controlled to guarantee that an ideal environment is made. This research paper addresses and endeavors to determine a few issues that are looked by plants guardian utilizing the engineering methodology so he/she could stay fulfilled even when he/she physically away for a long time because the automated the system will take care of everything in the absence. This automated framework works utilizing sensors and actuators, which are controlled by microcontroller, monitor and deals with each ecological parameter required for the sound development of plants.
Extending Capability of Air Drones in Military
Authors:- Vibhor Rajawat
Abstract:- Giant AI and robotics leaps, drones and intensive defence hacking systems are no longer limited to science fiction films. Although the current systems are not advanced like the hand of Tony Stark, with each passing day, AI’s defence applications are seeing rapid progress. Unmanned Aerial Vehicles (UAVs) contribute significantly to the warfare capability. UAV’s assumption is that piloted, remotely piloted, and autonomous vehicles have advantages and disadvantages in military activities and vary in different levels of conflicting situations. This article shows the drones and their use possibilities. A drone is powered by batteries, which is the big drawback because after a few minutes of flight it is exhausted, causing the drone to fall on the ground. Military drones differ in size and driving mode from civil / civilian drones. This then includes fundamental legal perspectives to be taken into account when designing UAVs. Two extreme cases of drones and their companion robots have been shown.
Different kinds of Web Crawler
Abstract:- A Web crawler is an Internet bot which helps in indexing the web. It crawls one page at a time through a website until all pages has been indexed. Web crawler helps in collecting information about a website and the links related to them. A web crawler is defined as mechanized program that accurately scans through Internet pages and downloads any page that can be reached by links A Web crawler is also known as a Web spider, automatic indexer or simply crawler. Nowadays finding the relevant information over millions bytes of data is very difficult. For this task we need to use efficient crawler so that it can give us best result within minimum time. This paper basically focused on the discussing different crawlers with their efficiency.
Motor control using DTMF
Authors:- Tanushree Patel, Jyoti Hazare, Tinkeshwari Bamne, Sangeeta Barde, Prof. Mukesh Sana
Abstract:- This venture chips away at the rule of DTMF tone order so got from any telephone to remotely switch and control electrical burden, for example, farming siphon, household and modern burdens and so forth. In businesses, the heaps are spread over an extensive region and in this manner, working these heaps is an extremely troublesome undertaking. In horticultural fields additionally, siphons and different burdens are associated over a substantial zone and henceforth it is troublesome for the rancher to work every one of the heaps and also for house hold loads. Thus to overcome these problems, the proposed system has been designed which uses DTMF technology to control the loads remotely.
Ψgs-Irresolute Functions in Topological Spaces
Authors:- J. Sona, N. Balamani
Abstract:- The aim of this paper is to introduce a new class of irresolute functions called ψgs-irresolute functionsin topological spaces. Also we study some characterizations of ψgs- irresolute functions.
Cathodic Protection to Reinforcements
Authors:- Chirag Patidar, Sajjan Singh Gujjar, Shubham Mishra Vivek Dubey, Asst. Prof. Pankaj Jadhav
Abstract:- Corrosion in the reinforcement is one of the major cause for cracks in structure. Usually beams are provided with slab at the top, so top of the beam is not exposed to environment. Bottom of the beam are exposed to atmospheric conditions and if the cover to reinforcement is insufficient, then corrosion of reinforcement takes place. These cracks generally appear near the side face of the beam near the bottom reinforcement along its length. Corrosion in reinforcement can cause expansion of reinforcement bars due to which cracks are formed. In severe cases it can be prevented by good quality control during its construction by providing Cathodic Protection. Cathodic Protection has been widely used in ship building and underground pipeline.
Research Paper Casa Automatics an Automated Home System
Authors:- B. Tech. Scholar Arjun Sehgal, Dr. Neha Agrawal
Abstract:- Home automation system achieved great popularity in the last decades and it increases the comfort and quality of life. In this paper an overview of current and emerging home automation systems is discussed. Nowadays most home automation systems consist of a Smartphone and microcontroller. A smart phone application is used to control and monitor the home appliances using different type of communication techniques. While the potential benefits of smart home technology are widely recognized, a lightweight design is needed for the benefits to be realized at a large scale. We introduce the CASAS “Smart Home automation system”, a lightweight smart home design that is easy to install and provides smart home capabilities out of the box with no customization or training. We discuss types of data analysis that have been performed by the CASAS group and can be pursued in the future by using this approach to designing and implementing smart home technologies. Technology is a never ending process. To be able to design a product using the current technology that will be beneficial to the lives of others is a huge contribution to the community. It presents the design and implementation of a low cost but yet flexible and secure cell phone based home automation system. The design is based on a standalone Arduino BT board and the home appliances are connected to the input/ output ports of this board via relays. The communication between the cell phone and the Arduino BT board is wireless. This system is designed to be low cost and scalable allowing variety of devices to be controlled with minimum changes to its core. To develop a Bluetooth based home automation system with Arduino UNO Board and an Android application. Remote controlled home automation system provides a simpler solution with Android application technology. Remote operation is achieved by any smart phone/Tablet etc., with Android OS, upon a GUI (Graphical User Interface) based touch screen operation.
The role of mobile technology in improving Food productivity in sub-Saharan Africa
Authors:- O. Akinpelumi
Abstract:- With the increasing need to improve food productivity in meeting the growing population’s food demandin sub-Saharan Africa. This essay takes a look at how rising acceptance of mobile technology in this region is been leveraged using SMS and USSD service features, in addressing critical issues facing small-holder farmers. These mobile service features are fully explained and the resulting technical solutions proffered by indigenous agri-tech start-ups to such farming challenges like inadequate access to information, financial transaction and supply chain issues are also discussed.
A Review Article Development of Embedded System For Functional Electrical Simulator
Authors:- Anila Sheikh, Mr. Kshitij Singhal
Abstract:- A virtual prototyping system is constructed by replacing real processing components with component simulators running concurrently. The performance of such a distributed simulation decreases drastically as the number of component simulators increases. Thus, we propose a novel parallel simulation technique to boost up the simulation speed. In the proposed technique, a simulator wrapper performs time synchronization with the simulation backplane on behalf of the associated component simulator itself. Component simulators send null messages periodically to the backplane to enable parallel simulation without any causality problems. Since excessive communication may degrade the simulation performance, we also propose a novel performance analysis technique to determine an optimal period of null message transfer, considering both the characteristics of a target application and the configurations of the simulation host. Through intensive experiments, we show that the proposed parallel simulation achieves almost linear speedup to the number of processor cores if the frequency of null message transfer is optimally decided. The proposed analysis technique could predict the simulation performance with more than 90% accuracy in the worst case for various target applications and simulation environments we have used for experiments.
A Review of Human Facial Expressions Recognition Methodologies
Authors:- Naila Sheikh, Mr. Kshitij Singhal
Abstract:- At present, researches on gestures at home and abroad mostly focus on the study of the hand, and there is less research on facial gestures. Based on the premise of multi-channel human-computer interaction and the rapid development of artificial intelligence, facial gestures based on facial features are proposed. Firstly, the definition of facial gestures and the recognition of facial gestures, as well as the introduction of facial gesture processing, are analyzed. Then facial detection technology based on Face and a set of interactive gestures based on facial features are designed according to the detected facial features, to achieve the interaction with the computer. Finally, a facial gesture application is implemented in Java language and the facial gesture technology is tested and analyzed. The results show that facial gestures are more conducive to hands-on disability for people with disabilities to more easily interact with computers and reduce the burden on their hands.
Images Retrieval using Hybrid Features Mechanism
Authors:- M.Tech. Scholar Alok Kumar Prajapati, Asst. Prof. Deepak Pancholi
Abstract- To recover vital pictures from a divergent gathering by utilizing visual questions as inquiry contentions are the exhausting and significant open issues. In this paper the scholars have referenced the structures and executions of a straightforward yet successful Content-Based Image Retrieval (CBIR) framework. The hues, surfaces and the shapes highlights are the imperative pieces of this framework. With the three principle ensuing looking advances the seeking winds up staggered. Such propounded frameworks are exceptionally one of a kind as they think of one as highlight at each progression and utilize the aftereffects of the past advance as the contribution for the following coming advance in staggered design while in the prior techniques every one of the highlights are joined on the double for the single-level hunt of a normal CBIR framework. The propounded strategy is extremely basic and agreeable to receive. The recovery evaluation of the propounded technique is valuated utilizing bi-benchmark datasets for a picture characterization. The above arrangement of strategies indicates extremely great outcomes as far as improvement in recovery characteristics, when contrasted and the writing. In proposed work we get exactness like between 68.15 % to 94.86% in utilized diverse highlights.
IoT Based Smart E-Learning System Using Machine Learning
Authors:- Shinde Swapnil S., Bansode Mithilesh M., Jadhav Pandurang B., Pawar Rohit P.
Abstract- The smart e-learning system is a web application which establishes an environment between web application server and end users. This project is developed using machine learning and IoT .using this web-application user can stream the videos live and access the files stored on the server. The medium to access the recourses is internet. This E-learning System is Beneficial to the Distance Education.
Design and Implementation of a Robot for Maze-Solving using Wall Following Algorithm
Authors:-K.Surya Teja, Koyi Rajesh, M. Gopi Krishna, CH.Pavan Naga Sai
Abstract- Maze solving robots in the past had great impact in robotics which is based on decision making algorithm, the main result of this project is to detect the objects and it should avoid them for colliding. if the object in on right and front then it should turn left, if the object is on left and front then it should turn right, if the object is on front and left and right then it should go back or stop there. Not only turning here we have decided to display the output in LCD if it turns right ,right is displayed in Lcd and also same for left, back, front, stop. By doing this project we can solve the daily problems very quickly.
Survey on Big Data Concepts, Technology, Applications and Challenges
Authors:-Asst. Prof. Sapna S. Kaushik
Abstract- Big data is a new driver of the world economic and societal changes. Incredible amounts of data is being generated by various organizations like hospitals, banks, e-commerce, retail and supply chain, social media and smart phones, Internet of Things and cloud computing etc. by virtue of digital technology . While the data complexities are increasing including data’s volume, variety, velocity and veracity, the real impact hinges on our ability to uncover the `value’ in the data through Big Data Analytics technologies. The voluminous data generated from the various sources can be processed and analyzed to support decision making. Analysis of these massive data requires a lot of efforts at multiple levels to extract knowledge for decision making. Big Data Analytics is the process of examining large amounts of data (big data) to discover hidden patterns or unknown correlations. A key part of big data analytics is the need to collect, maintain and analyse enormous amounts of data efficiently and effectively. Analyzing Big Data is a challenging task as it contains huge dispersed, diverse and complex file systems which should be fault tolerant, flexible and scalable. There is an immense need of constructions, platforms, tools, techniques and algorithms to handle Big Data. The technologies used by big data application to handle the massive data are Hadoop, Map Reduce, Apache Hive, HBase,HDFS – Distributed File System.