A novel approach on improving the communication performance in wireless sensor networks using path selection algorithms
In recent years, Internet of Things (IoT) has gained more importance in various fields due to the advancement in technologies. Generally, IoT is a technology where based on sensor data, the computer can access the data from any aspect without any human interaction. IoT concept came into the picture in order to overcome the problem like data accuracy and related parameters when data were collected through human interference. Traditionally, the radio-frequency identification (RFID) and the wireless sensor networks were considered as the major techniques used in IoT. In recent researches, while designing the network, path selection remains to be major drawback or issue which results in less efficiency for the whole system. The research can be extended with the idea of developing a technique where we combine WSN along with image processing concepts.Here we employ certain advancement in path selection where we select the clusters through which data can be transmitted. This will improve the overall efficiency of the system. Data loss and computational time can be improved if an optimal path is selected for transmission. These techniques can be employed in various IoT applications like field monitoring, quality prediction etc. The research will be carried on MATLAB / NS2 interface.
Published by: Shridevi Kamble
Author: Shridevi Kamble
Paper ID: V4I2-2221
Paper Status: published
Published: April 28, 2018
Organic product farmer helper system with sentimental analysis
Agriculture started thousands of years ago, but no one knows for sure how old it is. Agriculture is not only growing food for people and animals, but also selling those products effectively .Many people still live by subsistence agriculture, on a small farm. It is important for there to be enough food for everyone. The food must also be safe and good. People say it is not always safe, because it contains some chemicals. Here we launch an application in which different farmers from different locations to can post their raw food products in this website. Only registered farmers will be capable of selling their product through this website. Suppliers and other users can buy the cultivated raw products from the available farmers. This application helps farmers ensure greater profitability through direct farmer to dealer and farmer to farmer communication. This service boosts business communication and brings transparency in the system. The farmers may also submit their gradiences and complaints to respective authority using their farmer login on a separate complaints page and authorities will get access to that page regularly using their login id and passwords. We have an android application also along with the web. Farmers can have the android app. It provides necessary notifications in real-time. So that he can act upon necessary. Our system also has a section to find the best farmer monthly. We use reviews and ratings of users to find out it.
Published by: Amrutha NT, A. Ganesan
Author: Amrutha NT
Paper ID: V4I2-1775
Paper Status: published
Published: April 28, 2018
Paper recycling machine
Paper is one of the most important parts of human life as we know education, business, anything is not possible without the use of paper. As paper population increases day by day so the paper sourcing raw material is emerging. As a result, natural resources are being exploited. So recycling of paper becomes one of the important parts of the life to preserve our natural resources. Paper recycling is also helping to make paper making process easy and helpful. Paper recycling also helps in environment protection. This process does not create any type of pollution. The study concludes that weight of waste paper as a raw material within the cost of the factory is 43%.
Published by: Aman Soni, Mayank Sharma, Akshat Shukla, Atishey Mittal
Author: Aman Soni
Paper ID: V4I2-2062
Paper Status: published
Published: April 28, 2018
Use of UAVs for mining applications
Unmanned Aerial Vehicles (UAVs) have been gaining a lot of impetus in the recent times. Drones are constantly being made available for a myriad of day-to-day applications like food delivery, surveillance, farming, etc. One of the most overshadowed regions in the list of applications remains to mine. Mining is a dangerous activity and more often than not, there are certain unknown hazards to it that are too dangerous for humans to be experimenting with all by themselves. Hence it makes sense to use a UAV in the form of a First-Person View (FPV) drone. For the development of a UAV, there are thousands of different permutations that can be used. After a detailed analysis of various of them ranging from a simple tri-copter to an octocopter, a quadcopter design was unanimously selected as it provides elegant support in the form of control, structure, reliability, cost, size, etc. Most important of them being size and structure. Mines can be constricting places and a wide frame may become very difficult to control inside such enclosures. This project has been implemented on a much smaller scale than an actual prototype, primarily because of an ambitious development schedule coupled with a very limited budget. These constraints have forced a compromise on the quality of the components used but have not tampered with the real application objectives that the drone has to suffice. The drone at present is being controlled by a remote-control transmitter, receiver couple but we are working on creating our own GUI which will provide a direct control over all the systems from a remote laptop or android device.
Published by: Sarvesh Patil, Atharva Patil, Nikhil Nair, Midhun Nair, Gaurav Tawde
Author: Sarvesh Patil
Paper ID: V4I2-2159
Paper Status: published
Published: April 28, 2018
Comparison between DES and AES hybridization with genetic technique for guarded image transmission
In this world of digital communication, data is the heart of the worldwide economy. The Paper is for the hybrid approach in which in which there is an implementation of cryptography for securing the images. The hybrid techniques are basically the merger of cryptography with stenography combined with the genetic algorithm. The working of both techniques is same but differs from each other. It is able to join the techniques to encrypt the text by deploying cryptography and then concealing the encrypted text by deploying Steganography. The idea behind in this analysis is to communicate in a protected way and to bypass the layout impression for the communication of concealed data which can manage high security and enclose the capacity to manipulate the image & imperceptibility.
Published by: Shekharan Deep Bindra, Navneet Bawa
Author: Shekharan Deep Bindra
Paper ID: V4I2-2162
Paper Status: published
Published: April 28, 2018
Implementation of LFC for multi-area power systems using the conventional PI controller
In an interconnected power system, small disturbance occurs in load at each area that causes fluctuate the frequency from its nominal value and also tie-line power flow between different areas are fluctuate. Therefore the main role of load frequency control is to maintain the frequency at nominal value and to keep the net interchange power between pool members at the predetermined values. This can be done by conventional controllers. In this paper, the conventional PI controller is used as a controller in the multi-area interconnected power system. Comparisons between with PI controller and without the PI controller is presented using Matlab/Simulink.
Published by: Roshni T. Patel, Pratik B. Patel
Author: Roshni T. Patel
Paper ID: V4I2-2172
Paper Status: published
Published: April 28, 2018
