bluuebunny/crossref_metadata_2025 huggingface dataset:
Inflated Portable Cold Storage House with Solar Cells as facilities to support the fisheries production and marketing
Authors: Ikhsan Setiawan M , Dhaniari Iswachyu , Hasyim Cholil , . Yuniningsih , Abdullah Dahlan , Nugraheni Sri Lestari Veronika , Mulyo Utomo Wahyu , Sukoco Agus , Wiwoho Mudjanarko Sri , Alimudin Arasy , Harmanto Dani , Saleh Ahmar Ansari
Published: May 2018

The global fish production currently reaches 158 million tons to 91.3 million tons. However the largest contribution is provided by the fisheries sector.  An estimated 136.2 million tons of fish are used directly for consumption and then for fish and livestock. In the fishery sector, Indonesia was ranked second after China, while in the fish cultivation sector Indonesia was ranked fourth after China, India, and Vietnam. The result of increasing exports reached 35.4 billion dollars in 2012. The Technology Inflated Portable Cold Storage House with Solar Power as facilities to support fisheries production and marketing, can be built and applied in a residential location/ specific housing easily, safely, quickly and lightly (0,55mm PVC Tarpaulin). The development program of this technology in supporting fisheries production and marketing meet the requirements of strength, speed, flexibility and comfort. This technology also increased the absorption of the National Fish stock. Specific targets on this research is to provide Cold Storage House Prototype with solar in supporting fisheries production and marketing with cheap and profitable so that can be mass-produced. This research used experiments and action research. The process of research is starting with the development of the design, manufacture, testing and repair of Inflated Portable Cold Storage House with Solar Power Prototype, included first, a technical test of strength and endurance of Portable inflated Structure materials to the weather; second, testing the speed of the manufacture, transportation, assembly, installation, disassembly of Portable Inflated Structure; third, testing temperature, humidity and air pressure in the Inflated Portable Cold Storage House with Solar Power; fourth a technical test, related to the fishery from frozen and market in Inflated Portable Cold Storage House with Solar Power in order to obtain hygienic, inexpensive and profitable fisheries.
Modeling of A Single Phase 7-Level Cascaded H-Bridge Multilevel Inverter
Authors: Mulyo Utomo Wahyu , Abu Bakar Afarulrazi , Alias Suhaila , Sy Yi Sim , Ikhsan Setiawan Muhammad , Wiwoho Mudjanarko Sri , Sukoco Agus , M. Buswig Yonis , Taufik Taufik
Published: May 2018

Recently, almost all industrial devices are mostly built on electronic devices which are precisely sensitive to harmonic. In order to meet the requirement from the industries demand aimed at a free-harmonics and high power rating source is remarkably increased in past few years. An inverter which a device or electric circuit that convert direct current to alternating current is one of the electronic devices that give concern to researchers for improvement of generating a neat power source. The inverter can be categorized into a single level and multilevel inverter. As compared to single level inverter, multilevel inverter offers minimum harmonic distortion and higher power output. This paper presents a model of multilevel inverter using 7-level Cascaded H-Bridge of multilevel DC-AC inverter to reduce total harmonic distortion with different sinusoidal pulse width modulation such as phase disposition and phase opposition disposition. Simulation output of single phase multilevel inverter cascaded H-bridge are analysed and verified in the Matlab/Simulink software. The result show that the 7-level cascaded H-Bridge multilevel inverter with phase disposition technique generate less total harmonic distortion if it is compared to the phase opposition disposition technique.
Portable Urban Agriculture Technology and Soil Nutrient Drive App That Support Farmers Profit
Authors: D Nasihien Ronny , Dhaniarti Iswachyu , Muhibuddin Anton , Hasyim Cholil , Ikhsan Setiawan M , Ayu Restuti Wulandari Diah , Zacoeb Achfas , . Harimurti , Nyoman Sudapet I , Napitupulu Darmawan , Saleh  Ahmar Ansari , Ali Mahrus , Harmanto Dani
Published: May 2018

A narrow land farmed urban Agriculture. It used for daily fresh vegetables and fruit for the housing community in urban areas. Portable Urban Agriculture Technology as a support facility to increase production of Urban Agriculture, the Greenhouse portable system could be built and transferred to a specific location is convenient, safe, fast, lightweight structural material (PVC 0.55mm Tarpaulin) so that the Urban Agricultural Products closer to residential consumers in urban. The impact was the price was cheaper but quality. The objective was to plan, build and test prototype Water inflated tent activity as a facility to strengthen Greenhouse's strength, speed, effectiveness and comfort. Application method stages of the Cup or SDN on a former tin mining land, with Portable Urban Agriculture Technology support soil nutrient drive are as follows: first Reconstruction of the land in the form of land arrangement in accordance contours and irrigation channels that exist in the field is very important to support the success of the method SDN; second Management of top soil in the form of top soil enriched with organic material will support environmental compliance in the soil, especially for the growth and development of VAM hyphae and root system; third Soil Amendment to improve the physical and chemical properties of former mining land; fourth Activities vegetation of mined land with SDN method optimizes the achievement of the goals replanting of sustainable of native vegetation for erosion and runoff, repair and restoration of biodiversity, landscape aesthetics that will impact habitat improvement fauna, biodiversity, soil productivity and water quality. Tree plant species such as Acacia mangium, Acacia auriculiformis and Leucaena diversifolia microbes that have been infected with mycorrhizal fungi (VAM) will be very effective and support this effort. Vegetation activities with SDN method includes the following steps: first Seedling plants with VAM; second Preparation of arable land that supports the development of VAM in the soil; third Planting of the first cup with VAM; fourth Incubate 1 month; fifth Planting of the second cup with VAM; sixth 1 month incubation; and seventh The planting of the main crop.
Design and implementation of weather fore casting system based on cloud computing and data mining techniques
Authors: P Rajarajeswari , Pradeep kumar J , Vasumathi D
Published: May 2018

Software engineering is an engineering discipline which is used to analyze, modeling and development of the system. Normally Weather conditions are changing continuously with respective to atmospheric conditions. In the phase of modeling of the Weather fore casting system is performed by taking the data which is collected on atmospheric conditions and record temperature, rainfall, humidity and other parameters. The main objective of this paper is focused on Design and implementation of Weather forecasting system. Weather forecasting model is prepared by using Cloud computing and Data mining techniques. This System is analyzed by using temperature, rainfall conditions. Statistical framework is provided on Modeling for surface process of weather forecasting with Data assimilation. This paper presents the Conceptual level architecture of Weather prediction model by using decision tree. Proposed algorithm is used for the construction of decision tree. Weather forecasting report is implemented by using Android.
Study and analyze the locky ransomware using malware analysis techniques
Authors: Sri Vayuputra K , K.V.D Kiran Dr
Published: May 2018

Today most important tasks are carried in digital form this leads to increase in digital assets like laptops, smart phones, smart watches this involves in generate wide range of unique data storing in digital format like photos, voice clips, Documents, Videos, contacts etc. These all devices are connected to internet particularly laptops and smart phones. Weak security architectures always leads a chance to attackers to attack systems related to individuals, Corporates, Governments, Hospitals, Educational institutions etc. This attacks will bring huge data breaches, stealing of intellectual properties, encrypting the personal and confidential data.
detection of indulgence attack adopting multivariate correlation analysis
Authors: Divya P , Saikiran M , Nagarjuna K , V.D. Kiran K , V.Phani Krishna Ch
Published: May 2018

Different types of the servers such as Net, data, distributed computing and then forth, has been mutually connected. In current days all these servers are covered twist from the arranged aggressors. More often than of universal & commanding esteems, “Denial-of-Service” (DoS) offensive purpose honest tremble on figuring schemes. Here, I can display a framework of the DoS assault location which uses the Multivariate Correlation Analysis that is shortly called as MCA as long as the system movement factual replica of through dividing relationships based on geometric within system activity main features. Implemented “DoS assault identification framework based on MCA” uses a irregular condition situated place in the acknowledgment of the assault. it accomplishes settlement fit to catch insoluble & certified “DoS assaults” modestly with the help of the research samples of the “true blue system activity”.
Application of newton Raphson and steepest descent method for precise positioning for mobile communications
Authors: Yamini Surya Teja Ch , Vijay Gopal Reddy B , Sri Harsha S , Uday Kiran K , S.Koteswara Rao Dr
Published: May 2018

GSM is a wireless networksystem. GSM mostly uses TDMA and most uses three digital wirelessmobile network technologies to compresses data, sends by using a channel along with other samples of data, in different time slots. It makes use of 900 to 1800MHz band frequency for transmission. Very accurate and exact wireless algorithms are difficult in all environmental conditions. Wireless communications use various parametric measurements to determine the sensor position. TOA is the time taken by the signal from source to reach the receiver’s position. Newton Raphson method is an iterative numerical method uses partial derivatives of a functions or a system of equations in a suitable search direction. Newton Raphson consider two fundamental arguments: The first one is considering a good starting or initial point which is approximate to the solution and the secondary thing is to consider a distinguishable error which plays important role on approximation of the solution. In the present work, the Newton Raphson algorithm is implemented to obtain precise position of the receiver.
Simplified partial resampling method for state estimation usingparticle filter
Authors: Tirumala Reddy M , Sri Ganesh Y , Lakshmi Gayathri Ch , Megha Shyam T , Koteswar Rao S , Gopi Tilak V
Published: May 2018

Particle filter methods are used in the estimation and tracking of the objects for non-linear and non-gaussian noise conditions. In this paper work the object estimation using partial resampling methods are discussed. On using partial resampling method resampling becomes faster. The performance of particle filter with partial resampling scheme is analyzed using the state estima-tion of a simple pendulum.
Health care monitoring and accident tracking system based on location awareness
Authors: Sai Nishita U , Anusha K , Ramya SriSai K , Mohammed Ali Hussain Dr
Published: May 2018

The main focus of this paper is to design a prototype model such that it embeds different body sensors to measure parameters like body temperature, heart beat rate etc., We used an Arduino UNO board, body sensors like Heartbeat sensor and Temperature sensor to analyze the inputs from the patient’s body and if there are any abnormalities regarding the pulse rate and temperature of the patient the monitoring system would give an alarm and display it on LCD. These processed values are recorded online and stored in the cloud database like Thingspeak and can be accessed through any android mobile or computer systems from any corner of the globe. This system is more useful in transport departments, especially in Buses as a very efficient and dedicated driver healthcare monitoring system. By using this model we can help all drivers who are dedicated to their work and need to be monitored due to their abnormal health conditions. Thus helping them in avoiding fatal accidents and saving the valuable lives of passengers riding along with them in the bus.
Speech enhancement using discrete kalmanfilter algorithm
Authors: Shanmukha J , S.Ramesh K , Koteswar Rao S
Published: May 2018

Enhancement of speech deals with the noise reduction which is mostly essential in many applications like teleconferencing sys tem. The nearness of added substance foundation noise degenerate the discourse in correspondence condition. In the event that the commotion is developing slower than discourse which implies noise is more stationary than speech .Estimation of noise ends up noticeably s impler when delays happened in speech. In this work discrete Kalman channel calculation which gauges the inward condition of a direct powe r-ful framework.
Localization of mobile using RSS and Hilbert-Huang transform
Authors: Jyothirma V , N.V.K Ramesh Dr , Navyateja Y , Vijay R
Published: May 2018

Mobile navigation has drawn much attention in multitudinous application. However, operational capability of mobile degrades due to buildings and dense foliage. The proposed methods like ‘RSS mobile estimation using wavelets’ are designed for detecting the mobile location for different outdoor environments. This paper presents deciphers the subtleties involved in the application of EMD and Hilbert-Huang Transform approach applied for collected rural and urban data for mobile localization possible even in indoor scenario. By experimental results shown the variations in signal strength due to the distance travelled by the mobile.
Joint graph regularization based semantic analysis for cross-media retrieval: a systematic review
Authors: Ayyavaraiah Monelli , Bondu Venkateswarlu Dr
Published: May 2018

The large number of heterogeneous data are rapidly increasing in the internet and most data consist of audio, video, text and images. The searching of the required data from the large database is difficult and time taking process. The single media retrieval is used to get the needed data from the large dataset and it has the drawback, it can only retrieve the single media only. If the query is given as the text and acquired result are present in text. The users demand the cross-media retrieval for their queries and it is very consistent in providing the result. This helps the users to get more information regarding to their queries. Finding the similarities between the heterogeneous data is very complex. Many research is done on the cross-media retrieval with different methods and provide the different result. The aim is to analysis the different cross-media retrieval with the joint graph regularization (JGR) to understand the various technique. The most of researches are using the parameter of MAP, precision and recall for their research.
An efficient energy lifetime enhancement using node balancing approach
Authors: Kocharla Laxmaiah , Raghava Rao K
Published: May 2018

Wireless sensor network (WSN) is the cutting edge communication entity, which is adopted by various platform such as IoT and other secure wireless area. There are many advantages while dealing with such system which can provide an efficient communication over remove area. Involvement of multiple node in the communication occurred while sending a packet to destination. An efficiency in packet transfer is required which is in terms of shortest path, managing load on each node and finally finding efficiency in data transfer. Balancing the node and its energy is important aspect which help in preventing complete network and make it energy efficient. Previously given solution find its ability in proper communication but lacking in enhancing overall network lifetime. In this paper a mobile threshold energy route optimization using Matrix formulation approach is presented. The Given proposed solution is implemented on Ubuntu Platform using NS2 Simulator. Observed result find enhancement in PDR, Throughput and Less Overhead.
Mobile based home mechanization framework using IoT for smart cities
Authors: K.V.DayaSagar Dr , Sai Durga P , Kavya G , Sri Sravya K , Krishna Veni K
Published: May 2018

A web of things abstracts the likelihood of distantly interfacing and detecting correct questions (things) through the web. With regards to our house, this knowledge can be apropos consolidated to brand it more intelligent, extra secured and robotization IoT venture focuses on constructing a remote home safety framework which directs caution to the user by using web if there is an incidence of any intruder it raises an alert automatically. Moreover, the identical can be similarly utilized for the home automation by using an analogous organization of devices. The use developed by desiring this context over the relative kinds of prevailing settings is that alarm and the position sent by the Wi-Fi linked microcontroller oversaw context can be gotten by the client on the telephone on or after in the least separation regardless of his adaptable telephone is linked with the web or not. The microcontroller used as a present model is the TICC3220 Launchpad, which attends a fixed smaller measure regulator besides a nearby available Wi-Fi making use of all the electrical machinery inside the house can be measured and supervised.
Efficient way of implementing the random and GM (Gauss-Markov) mobility model in MANET
Authors: Nagaraju M , Raghava Rao K , Vijayalakshmi K
Published: May 2018

In Mobile Adhoc Network (MANET) nodes are communicating each other with the help of routing protocol. In Adhoc networks, a node having high mobility, with that node’s moving randomly from node to node. For observing the movement mobility, we are studying different forms of mobility. These models can deploy the mobility of the network condition, including the various parameters such as the size of the network, traffic models of data, throughput and the PDR (Packet Delivery Ratio) are used as performance Parameters. We are investigating the RWP (Random Waypoint) and GM (Gauss-Markov) mobility model to express efficiency of Adhoc routing protocol by using the OMNET++ simulator .The result of the simulator shows that the mobility has more influence upon MANET protocol with the increasing node density. Here, we evaluated RWP and GM mobility model with AODV protocol. The study of these models illustrates dissimilar outcomes related inputs with the increasing performance of the pause time rises among the speed and number of nodes.
A survey on secured internet of things architecture
Authors: U. Harita Ms , V.DayaSagar K
Published: May 2018

The Internet of Things (IoT) introduces an inventive and perceptive of a future Internet where users, computing systems, and everyday items owning sensing and actuating abilities cooperate with unique comfort and financial advantages. Many heterogeneous devices get connected and contribute to the IoT and are known as things.Internet of Things (IoT) enables these things to correspond, compute and make decisions on the network. In such a heterogeneous environment, every user of IoT will have a unique purpose to be served in the form of communication and computation. There is a threat that a malicious user can demolish the security and privacy of the network. Hence any application in the environment of IoT is prone to various attacks and threats. At this point, security becomes a high priority in IoT. To ensure security, care must be taken to guarantee confidentiality, authenticity, data integrity and non-repudiation. In this paperaddress various conventional techniques for providing security of IoT devices and present analysis of existing solutions for IoT. Firstly, as security will be a fundamental allowing thing of most IoT applications, mechanisms must also be designed to defend communications enabled by such technologies. Later, we identify some suitable security algorithms.
Intrusion detection mechanism with machine learning process A case study with FMIFSSVM, FLCFSSVM, misuses SVM, anomaly SVM and Bayesian methods
Authors: V S S R Murthy K , V V Satyanarayana K
Published: May 2018

Today, there is a far reaching of Internet benefits everywhere throughout the world, numerous sorts and vast number of security dangers are expanding. Since it isn't in fact possible to assemble a framework without any vulnerability, Intrusion Detection System (IDS), which can successfully distinguish Intrusion, gets to have pulled in consideration. Intrusion detection can be characterized as the way toward distinguishing irregular, unauthorized or unapproved action that objective is to target a system and its assets. IDS plays a very important role for analyzing the network passage, also it assumes a key part to analyze the system activity log and each log is portrayed by huge arrangement of highlights and it requires tremendous computational preparing force and time for the characterization procedure. This work proposes filter based feature selection methods to predict intrusion with Feature based Mutual Information Feature Selection Support Vector Machine (FMIFSSVM), Feature based Liner Correlation Feature Selection Support Vector Machine (FLCFSSVM), misuses SVM, anomaly SVM and Bayesian methods. The performances of these methods are considered by using the intrusion detection calculation data set called Knowledge Discovery in Databases (KDD) cup 99. Detection Rate (DR), False Alarm Rate (FAR) and Percentage of Successful Prediction (PSP) are the major performance measures studied in this work.
PWM based solar charge controller using IoT
Authors: H Ravishankar Kamath Dr , S P M Sharma B S , Siva Brahmaiah Rama V
Published: May 2018

IoT has numerous applications; in which oneof them is solar power tracking and modulating network. Energy saving mechanism can be delineated in IoT, which can lessen both energy dissipation and human endeavor necessary to do the task. The proposed system has been rendered to accord the PWM based solar charge controller and its response by utilizing webservers and the laptops/cell phones. The gadget has been used is W5100, the web server which will be accumulated on W5100 module is employed as an IoT platform. As webservers are unconstrained of platforms, they can be adoptable in cell phones/ laptop which is instructed by the relays and sequentially webservers compute the solar charge controllers through W5100 module. The proposed system deals with solar power tracking and sends the information to laptop/cell phone with the help of web servers for energy lessening. The proposed system is capable of identifying the battery charging conditions under different circumstances whenever needed and can be further upgraded to track other utensils. There are diverse modules utilized in solar charge controller circuit which makes it as an IoT based device like Arduino Ethernet shield (W5100), Atmega328p, solar panel, battery, which is hugely cost-effective and also low energy utilization. [1].
A novel audio based human interaction proof for visually challenged users
Authors: Korrapolu Rishi , Sai. N Manoj , Rao.M Kameshwara
Published: May 2018

CAPTCHAs are strategies to recognize human clients and PC programs naturally. CAPTCHAs shield different sorts of online administrations from beast compel assaults and foreswearing of administration via programmed PC programs. Most CAPTCHAs comprise of mages with misshaped content. Shockingly, visual CAPTCHAs constrain access to the a huge number of outwardly hindered individuals utilizing the Web. Sound CAPTCHAs were made to fathom this openness issue. However the presently accessible sound CAPTCHAs have been broken with differing achievement, utilizing the shortcoming in the techniques utilized. Our system, presents the user with an interface that plays a song using instrumental music (nonvocal) randomly selected from some language of users choice. The user is then asked to kind the music composer and then the device estimates whether it is a human or no longer by means of analyzing the response. A person look at turned into conducted to research the overall performance of our proposed mechanism.
Survey of privacy and security issues in IoT
Authors: Gopi A , Kameswara Rao M
Published: May 2018

The paper is a standard study of all the safety problems present inside the Internet of Thing (IOT) along with an study of the retreat prob- lems to an give up-person can also face due to the reach of IOT. The greater part of the analysis is focused on the safety loop hole bob- bing up not in of the statistics alternate technology utilized as a part of Internet of thing. No register measure to the security downsides has been examine in the article.
Testing distributed embedded systems through logic analyzer
Authors: Kilaru Chaitanya , JKR Sastry Dr , K RajaSekhara Rao Dr
Published: May 2018

Testing distributed embedded systems is complex as the individual systems connected on to the network are heterogeneous in nature.The communication system that is used for establishing the networking also varies greatly leading to different testing requirements. Testing of embedded systems can be carried using different methods that include Scaffolding, assert macros, instruction set simulators. In-circuit emulators, logic analyzers each requiring establishment of different testing environment required for undertaking actual testing. Testing of any embedded systems involves testing hardware, testing hardware dependent code, and testing hardware independent code. Logic analyzers are generally used for testing proper working of the Hardware.In this paper, a framework is presented using which testing of hardware distributed across the distributed embedded system using logic analyzer is presented.
Comprehending testing of distributed embedded systems
Authors: Kilaru Chaitanya , K RajaSekhara Rao Dr
Published: May 2018

It has been stated in the literature thata test case that needs to be used for testing a distributed embedded system be decomposed into elementary level test cases that can be tested at different computing locations of the system as conducting testing considering entire distributed system is complex as the reliability of testing depends on the environment setting made at each of the location and also the complexity of the communication interface established at each of the distributed location. There should be strategy for conducting testing at each of the locations and comprehend the results to provide wholesome working position of entire distributed embedded systems.In this paper, a strategy has been presented that explain how the testing can be undertaken at individual locations using different test methods and how the results are joined such that the final test results reflects the state of testing a distributed embedded system.
Smart agriculture monitoring system using IoT
Authors: Lashitha Vishnu Priya P , Sai Harshith N , N.V.K.Ramesh Dr
Published: May 2018

Atmospheric changes have been sporadic over the previous decade. Because of this in late period, atmosphere shrewd techniques called as savvy agribusiness is embraced by numerous Indian farmers. Keen farming is a robotized and coordinated data innovation executed with the Internet of Things. IOT is growing quickly and broadly connected in every remote condition. This paper presents an efficient sensor innovation and remote systems coordination of IOT innovation has been contemplated and looked into in light of the real circum-stance of agricultural activities. Real goal is to gather ongoing information of agriculture that gives simple access to the farmer. Our task screens the yield development utilizing advanced means giving the precise esteems of different parameters where upon the development depends. Additionally, it will help the farmer to screen more than one rural field in the meantime. Since, the vast majority of the observ-ing is done remotely, it will help the person to pick up data. Since, observing through our framework requires less labor, individuals with physical handicaps can be utilized for checking fields. Our task, not just tries to relieve the primitive methods identified with farming yet additionally serve the group by opening new roads for work.
GPS enabled embedded veichle speed limiting device for electric veichles
Authors: Suman Maloji , Gopi Krishna P , V.S. Kasyap D , Harika K
Published: May 2018

Many of the accidents are caused due to the over speed of the vehicles. The vehicle user’s drive above the speed limit in speed restricted areas. According to the statistics, in India there are more than 1,00,000 fatal crashes per year. With various implantations the numbers of accidents have been decreasing. The speed of the vehicle is prevented by the implementations. One of such implementations is to control the speed by using GPS. The aim of this paper is to design an embedded system that automatically control speed of the vehicle based on its location determines by GPS module. The system will make use of Arduino micro controller connected to the GPS module which is connected to GPS antenna. The GPS antenna is used to determine the latitudes and longitude of the vehicle. The latitude and longitude are displayed on the LCD display. A gear motor is connected to Arduino which receives the information from GPS antenna. The system output will be determined from the Engine Control Unit (E.C.U). Each zone is limited at a certain speed. Whenever the vehicle enters into that zone the speed is controlled by controlling the RPM so that the over speed will be reduced to a desired speed limit.
Implementation of IoT based smart street light intensity control system using IR and LDR sensors
Authors: Debata Suchismita , Mantoliya Rupa , Sahithi Veena , Ratnam Kolluru Venkata
Published: May 2018

This research article gives an idea about advancements in energy saving of street lights and to reduce the power consumption. The pro-gramming terminology for building up the product to the Arduino board at long last, the framework has been effectively outlined and executed. Mainly using two sensor IR and LDR sensor to implement intensity control of street light.IR sensor is use to detect the motion of the objects and LDR (light dependent resistor) used to recognize day-evening. When light falls on the LDR depending on resistance of light the intensity of light is decreased or increase. The street light is automatically ON in evening 6pm and OFF till morning. Through mobile app also we can operate the street light. Using Arduino board for implementing the intensity control of street light.
Quantifying quality of WEB site based on usability
Authors: JKR Sastry Dr , Sreenidhi N , Sasidhar K
Published: May 2018

Information dissemination is taking place these days heavily using web sites which are hosted on the internet. The effectiveness and effi-ciency of the design of the WEB site will have great effect on the way the content hosted on the WEB can be accessed. Quality of a web site, places a vital role in making available the required information to the end user with ease satisfying the users content requirements. A framework has been proposed comprising 42 quality metrics using which the quality of a web site can be measured. Howevercompu-tations procedures have not been stated in realistic terms.In this paper, computational procedures for measuring “usability” of a WEB site can be measured which can be included into overall computation of the quality of a web site.
Interactive online book system
Authors: Bindu Priya P , Rohit G , P.S.G.Aruna Sri Mrs
Published: May 2018

The basic objective of making interactive book system is to make a web application. Which serves individuals with each one of the functionalities gave in a book shop. Few conditions are taken as consideration to developing this application, first one is customer view and second one is administrative view. In customer view customer can upload the book and download a book and they can add the anno-tations to know about the book. They can provide the suggestions about that book. That can be viewed by administrator and admin can solve as per the instructions. The architecture of application is plot both the customer view and administrative view. Administrator has to verify customer identity by this application. This application is processed by JAVA programming language, For designing we are using HTML and CSS.
A new enhancement to avoid video distortion in wireless multihop networks
Authors: R.Bulli Babu Dr , Shahid Afridi SK , Satya Vasavi S
Published: May 2018

The protocols of typical routing algorithms which are designed for the wireless networks long back are specifically application oriented. Taking consideration at present, with the increase in the usage of the wireless networks the problem we are facing is video traffic. The very important thing is to maintain a good quality of video. At present users are opting videos in high quality that are to be delivered smoothly into their devices. The nature of video is changed due to 1) Because of the compression distortion occurs at the source. 2) With both interference and the errors induced on wireless channels distortion occurs. Hence, in this paper we work for the reduction of the distortion that occurs in video traffic. In order to overcome this problem we opted a wireless network in which the flow of application contains video traffic. For the clients the reduction of the distortion is very difficult. We cannot minimize the video distortions by using the link quality based routing measures. To understand this we construct an analytical framework first, then on the video distortions for accessing the impact. By using an analytical framework we design a routing measure for the reduction of distortion. With our experiment results we evaluate that our protocol is best for the reduction of video distortion and also for the reduction of the experience of user de-gradations.
Implementation of IoT based vehicle theft detection and accident monitoring system using Arduino
Authors: Manogna N Krishna , Chandra Y Jeevan , Ratnam Kolluru Venkata
Published: May 2018

This paper presents an efficient system which detects the vehicle accident and sends intimation to the registered mobile numbers such as ambulance or vehicle owner or police etc. IOT based vehicle tracking system detect the Accidents and it sends the position of the vehicle to the specified or pre-programmed mobile number as an SMS. Not only prohibited the accidents. It also prevents the vehicle from theft. If we want opening the door of the vehicle then we need to press a button. Now the owner of the vehicle gets an SMS to grant access. The door will be opened after the authentication only. If an unknown one tries to open the door of the vehicle then you can restrict that person by using mobile. The GPS is used for tracking the vehicle in this system. If any accident detected then an alert will be given with buzzer. Now the driver can press button to stop that. If it is small accident, here the driver can stop the buzzer if the vehicle is safe with in time period. Otherwise an alert will be sent to the owner of the car. It indicates that the person in car or car in trouble.
A survey on fog computing: research challenges in security and privacy issues
Authors: Veerraju T , K. Kiran Kumar Dr
Published: May 2018

With the rapid advancement of Internet of Things has enabled to combine the intercommunication and interconnection between seamless networks. Cloud computing provides backend solutions and one among the most prominent technologies for the users, still cannot be solved all the problems such as latency of real time applications. However, a new computing paradigm comes in to the picture. Many of the researchers focused on this exemplar known as Fog/Edge computing, which has been planned to the extension of cloud services. Fog provides the services to the edge of the networks, which makes communication, computation and storage for end users through fog devices and for servers like controllers. We analyze the study, which aims to augment low bandwidth, latency along with the privacy and security.   The major problem in the Fog computing is security due to the limited resources. In this paper, we investigated the protection issues and confrontation of Fog and also provide countermeasures on security for different attacks. We focused the future security directions and challenges to address in fog networks.
A web based application on student outcome management system
Authors: Prema Sindhuri B , Harika S , Soumigna Sai T
Published: May 2018

The main purpose of this specification is to provide a clear view of the result analysis on student performance and as well as faculty and also for the parents. This project aims at developing an a web based application on student result analysis. The faculty assign student overall marks on this particular web application and this overall outcome will be send to all the parents at a time. This system is ideal for adult schools, educational institutions and other training programs. The Scope of the software product developed involves services to the faculty and students in educational institutions for the purpose of time management.It involves a very simple procedure to be done by the student counselor to send his/her result to their parents.Moreover, it will be used to the parents to know the performance of their child.This system is useful to students ,faculty and parents to check the overall result. It gives a general depiction about the understudy execution that a staff can oanapt to post and send and an understudy can need to check their outcome.The structure gives login office to the understudies and faculty.The system checks whether the customers have the normal capacity to select and to see moreover purposes of enthusiasm on the courses available.The structure empowers the understudy and workforce to make the educational execution and store it in the database.
FOG computing and its various uses in different applications
Authors: Sekhar Maganty Chandra , Kiran Kumar Kothamasu
Published: May 2018

Cloud computing is the transformation, which involves storing large applications where data or information is exchanged among differ-ent platforms for giving good service to clients who belong to different organizations. It assures great use of resources by making data, software and infrastructure available with minimal cost along with security and reliability. Even though cloud computing gives many advantages, it has certain limitations like network congestion, fault tolerance, less bandwidth etc. To come out of this issue a new era computing model is introduced called Fog Computing. This new computing model can transfer fragile data without any delay to other devices in the network. The only difference between both is fog is located more close to the end user or the device and gives response to the client instantly. Moreover, it is beneficial to the real time streaming applications, internet of things which need reliable internet con-nectivity along with high speed. This paper is a review on Fog Computing, differences in edge and fog computing, use cases of fog and the architecture.
Smart dustbin based on IOT
Authors: Navya Teja L , Muthaharunnisa Md , Bharathi K , Gopi Krishna P
Published: May 2018

As individuals are getting more astute so are the things. While the thought comes up for Smart cities there is a prerequisite for Smart squander administration. The thought of Smart Dustbin is for the Keen buildings, Colleges, Healing centers and Transport stands. The Smart Dustbin in this way thought is an improvement of ordinary dustbin by elevating it to be keen utilizing sensors. Keen dustbins is a unused thought of implementation which makes a typical dustbin shrewd utilizing ultrasonic sensors for garbage level discovery and sending message to the client overhauling the status of the canister utilizing GSM modem. TheLCD screen is utilized to show the status of the level of rubbish collected in the canisters. The LCD screen appears the status of the rubbish level. The framework puts on the buzzer when the level of trash collected crosses the set constrain. Hence this framework makes a difference to keep the city clean by advising approximately the waste levels.
Optimizing performance of search engines based on user behavior
Authors: Jkr Sastry Dr , Sri Harsha Vamsi M , Srinivas R , Yeshwanth G
Published: May 2018

WEB clients use the WEB for searching the content that they are looking for through inputting keywords or snippets as input to the search engines. Search Engines follows a process to collect the content and provide the same as output in terms of URL links. One can observe that only 20% of the outputted URLS are of use to the end user. 80% of output is unnecessarily surfed leading to wastage of money and time. Customers have surfing characteristics which can be collected as the user keep surfing. The search process can be made efficient by including the user characteristics / Behaviors as part and parcel of search process. This paper is aimed at improving the search process through integration of the user behavior in indexing and ranking the web pages.
Performance monitoring of UPS battery using IoT
Authors: Vijaya Manasa K , V Prabu A , Sai Prathyusha M , Varakumari S
Published: May 2018

The proposed proposal basically concentrate on energy efficient and cost effective model construct an automatic UPS monitoring and controlling system , with the context of PDA’s to machine level and machine level to PDA’s.RF is the essential information based communication system now a days i.e. Bluetooth/ZigBee/Wi-Fi . IoT based UPS provides the balancing tradeoff between monitoring and controlling the system remotely in order to increase the energy efficiency and production rate. Proposed system automatically monitor the 4 parameters ,i.e current ,voltage, temperature, power which runs on each UPS. During the drain out or worn-out if any of the pa-rameters like voltage andcurrent decreases from the ideal conditions then this will be monitored automatically and the values will be displayed on android app application and and uploaded to the cloud(IoT).The breakdown conditions of UPS will be notified to the chief engineer,supervisor and control room through SMS and IOT.
Soil nutrient measurement in paddy farming using IoT
Authors: Goutham Chand K , Sidhendra M , Mohammed Ali Hussain Dr
Published: May 2018

In India agriculture is a major factor in the development of an economy. It plays a major role in eradicating the world hunger, but farmers in India still use primitive and old ways to grow their crops especially paddy which even though is not wrong but doesn’t help farmers to get the maximum yield out of their paddy farms. To do that they need to utilize the modern technology that will not only help them increase their paddy yield but also reduce their dependency on weather conditions and also on manual labor. One such technology is discussed in this paper, here we are proposing a way to measure soil nutrients in real time and send that data to the farmer so that he can plan the type of seed for paddy crop he wants to grow for that season. This paper mainly measures nitrogen phosphorous potassium (NPK) in the soil which means nitrogen sodium and potassium which are major micronutrients in the soil. Farmers start using fertilizers which are not only harmful to the environment but also are damaging to the humans and animals who consume them. Not only do we provide a way to avoid this but also help the farmers which variety of seed to a farm to increase their yield. We also send a notification to the farmer’s phone about the values in the soil and also the market values of the paddy crop they are farming in particular season.
A critical review on application of secure multi party computation protocols in cloud environment
Authors: Vijaya Kumar A , S. S. Reddy L
Published: May 2018

Security is the essential entity of the digital computations in the internet world. Many internet and mobile applications require private data inputs from different clients for data analysis. Now a days many of the Mobile Apps collect the sensitive user data for analysis may be without knowledge of users. Secure Multi Party computation enables distributed users to share their private inputs to a third party which computes a common function over these inputs and the collaborative outcome shared to the user. It is very essential in many engineering, medical and financial sectors where privacy of the sensitive data provided by the user. Many medical researchers require sensitive patient’s data for typical diagnosis. This paper detailed the origin for SMC which is secret sharing. It discussed the evolution of two party computation to secure multiparty computation. Several protocols and their pros and limitations are described. Cloud computing changed the way SMC was interpreted by earlier works. Cloud provides all the computations as a service basis is used to drastically reducing the communications overhead of the SMC. Our contribution is focused on evolution from conventional SMC with towards Secure Multiple Computation in collaboration with the cloud. The works focuses on the research issues to be addressed because of the untrustworthy nature of the cloud. A comparative analysis of different approach of SMC is presented. The comparative study details the open issues like transparency, public data auditability in SMC with cloud architecture.
Cloud computing based personal health records by using data encryption
Authors: R. Bulli Babu Dr , Jagadeesh P , Sonia S
Published: May 2018

Unique wellbeing record (PHR)1 will be kept up in the bound together server should keep up the patients near home and PHR administra-tions would outsourced should outcast pro co-ops. Those essential concerns may be around examination information. Those tolerant records ought to make if those patients Might truly control those advertising kept up with helter-skelter2 security which is more security. The securi-ty plans are used to protect that particular information from general population get. Tolerant information could make accessed Eventually Tom's perusing A large number distinctive individuals. Each power will be doled out with right reasonably for a specific situated of qualities. The entry control and protection management is an intricate assignment in the tolerant wellbeing record oversaw economy methodology. Conveyed registering may be a casual statement used to depict a combination about Different sorts about registering thoughts that incorpo-rate endless that would chortle through a continuous correspondence a. It may be an identical word to passed on preparing over an arrange-ment and methods those abilities will run a system around a number chortled Pcs meanwhile majority of the data proprietors invigorate those singular data under outcast cloud server ranches. Those novel patient-driven framework Also a suited from claiming data get will instruments will control PHR1 set far over semi-put stock Previously, servers. On finish fine-grained What's more versant majority of the data get will control to PHRs, we utilize quality built encryption (ABE) methodologies on scramble each patient's PHR1 record. Different data proprietors3 camwood get should comparable data values. Those recommended arrangement Might a chance to be arrived at out to pro-gressive quality built encryption (HABE) for get to control part.