Turn touch- Revolutionary control of the screen
Screen Turn Touch is a software implementation of the touchscreen. It uses two cameras to visually track a feature on a material and use the movement of the tracked feature to directly control the mouse pointer on a computer. The material could be an LED light or the tip of the stylus or even the human hand. In this project, two cameras are used to monitor the movement of the tracked feature and accordingly calculate the relative positioning of the feature with respect to the screen of the device to be operated upon. Both the cameras will then diffuse the image and integrate it to form a single image and successfully calculate the coordinates. These coordinates are then used to move the mouse pointer to the specific location, as calculated by the system. Turn touch is based on a principle of Digital Image processing and involves many steps of image retrieval and processing such as image acquisition, color conversion, and thresholding, morphological processing, object identification, coordinate mapping. These steps facilitate the conversion of the tracked feature into coordinates. In this project, Java CV and Open CV libraries have been used. These libraries contain various classes that can be used for the processing and manipulation of the images. Using Java CV we can directly use Open CV libraries in JAVA that was originally meant to be used in C/ C++.
Published by: Medhavi Bhardwaj, Nidhi singh, Shikha jain
Author: Medhavi Bhardwaj
Paper ID: V4I3-2014
Paper Status: published
Published: June 28, 2018
Metamaterials: Types, applications, development, and future scope
This paper has presented an introduction about Metamaterials and their scope in the fields of optics, and engineering. In recent years, there has been a growing interest in the fabricated structures and engineered composite materials that have new, physically realizable response functions and properties that do not occur or may not be readily available in nature. In the last decade, a new research area based on the study of Metamaterials has emerged. There is not an absolute definition of Metamaterials but this word is a combination of “meta” and “material”, which means something beyond, changed or something advance, and the most commonly used is that they are artificial materials made of a periodic arrangement of unit cells and have negative refractive index and referred to as left-handed materials. Metamaterials are expected to have an impact in the field of optics as well as in the field of engineering. Metamaterials are used as antenna, sensor, and absorber and in Metamaterial and there is no research is possible without the development in the fabrication structure. Metamaterial have a negative refractive index and due to this property metamaterial causes light to bend in unusual ways, and come back out the same way it went in, and invisible cloak may be constructed in future.
Published by: Khushnuma Parveen
Author: Khushnuma Parveen
Paper ID: V4I3-2011
Paper Status: published
Published: June 28, 2018
Bot technology
Bots Technology is the virtual agent which can answer the questions and help you get the things done fast without any need to talk to other people. It makes use of different applications like internet based chatbot, Voice-based chatbot. Bot’s technology in detail is discussed in this paper.
Published by: Sachin Vilas Mane, Ruchi Rautela
Author: Sachin Vilas Mane
Paper ID: V4I3-1791
Paper Status: published
Published: June 28, 2018
Improvisation in rural health using technology
Rural Health is an integral part of the health system in India. The Improvisation In Rural Health Using Technology is the system which is responsible to maintain the health information and its statistics in rural areas. As there are many campaigns hospitals have a various amount of health data on day to day basis. Certain camps are arranged by the government, private hospitals, this system will perform analysis on those data. Such analysis on day to day basis will help to diagnose and find new symptoms amongst the people as well as diseases prone area, henceforth this system will help to the eradication of diseases in rural part. This system allows two type of logins ‘Hospital’ login for every hospital in villages as well as ‘Grampanchayat’ login where data from health campaign gets collected and one authorized user of the village is responsible to upload the data into the system. The charts and reports will be generated by the system after analyzing the data entered into it. These reports will be kept in the database for future analysis. The architecture of the system is like, hospital’s data is maintained on their database side along with its copy is stored at server side for analysis, same happens for Grampanchayat side system. The server is capable of analyzing and processing data, storing reports. This will increase the reliability as well as reduce efforts of manual report generation and analysis.
Published by: Chaitali Vivek Deshpande, Nishi Tiku
Author: Chaitali Vivek Deshpande
Paper ID: V4I3-2008
Paper Status: published
Published: June 28, 2018
Smart contention management for the urban traffic management of multidirectional vehicular network
The congestion is rapidly rising across the globe because a larger number of vehicles are adding to the urban traffic every year. The rising numbers of vehicles are elevating traffic problems in the cities, which is causing the slower speeds of vehicular movements across the city roads. In this paper, the proposed model is designed to ease the urban traffic by using the smart traffic management, which is primarily based upon the contention management. The contention management is the model to determine the balanced time slots for the smoother movement of the vehicles across the squares (or light points). The dynamic time slot allocation for the particular direction is entirely based upon the vehicle density assessment mechanism, which provides the information to the time slot allocation algorithm for contention management across the city. This paper evaluates the vehicles moving on the average speed between 1 and 9 KMPH, which imitates the busiest roads of the metro cities and pushes the effort to clear as many as possible vehicles in the lowest possible time using the smart contention mechanism.
Published by: Rupinder Pal Singh, Dr. Naveen Dhillon, Manit Kapoor
Author: Rupinder Pal Singh
Paper ID: V4I3-2009
Paper Status: published
Published: June 28, 2018
Performance of 4-stroke single cylinder diesel engine using SiO2 and TiO2 as Nano additives
An experimental investigation is carried out to establish the performance using silicon dioxide (SiO2) and Titanium dioxide (TiO2) as nanoadditives in diesel, blended with different proportions per unit liter diesel. These nanoparticles are synthesized by high energy ball milling method and characterized by using characterization techniques such as SEM, EDAX, and XRD. The nanoparticles are blended by means of an ultrasonicator to achieve stable suspension. It is observed that the blends are stable which are suitable for the performance test on the compression ignition engine. The fuel properties of Diesel, Diesel + SiO2 Nanoadditive and Diesel + TiO2 Nanoadditive in different proportions have been studied and compared according to ASTM standard test methods for biodiesel. The present work mainly focuses on comparing the different nano particles in different proportions with diesel to improve the performance of compression ignition engine. The acquired data is studied for various parameters to determine the performance of the CI engine. The result shows a considerable enhancement in performance due to the influence of SiO2 and TiO2 nanoadditive addition in diesel.
Published by: P. Poornima
Author: P. Poornima
Paper ID: V4I3-1952
Paper Status: published
Published: June 28, 2018
