Impact of using multimedia teaching method in art education among college students
Day by day technology growing up to the top level. At this stage educational institutions are also trying to advance their teaching strategy by utilizing multimedia and animation presentations that would benefit the students. Interactive Multimedia Learning is now a common teaching strategy that utilizes visual and audio annotations for the students to comprehend the lessons in an easy and fast manner. The study aims to examine the effectiveness of using multimedia tools in education as compared to the traditional method of teaching in the subject of Art education at the college level. It was an experimental study. Population considered was 100 students including Boys and Girls of BA Visual art and BA visual communication class studying ART history in colleges affiliated with MG University (SJCC) and Film Institute under Kerala Government (KRNNIVSA). Teacher conducted test results were used for pre-test and the researcher has conducted the test for post-test to collect data from students. The study was an effective experimental design.T he supports Multimedia & Animation was more effective as compared to traditional method of teaching on the academic achievement in Art education at college level. Study about civilizations and old architecture are more complex while learning through traditional method, But using multimedia and Animation tools it is more easy and simple. In case of academic achievements of students teaching and learning with help of Multimedia, tools are more effective in overall perspective. When the researcher conducts post-test after class with the support of multimedia tools students shown good results in Art history exams. It was concluded that when Multimedia tools supporting Art study, Boys and Girls showed better results as compared to the traditional method of teaching.M multimedia not only supports in Art classes, it supports all subjects.
Published by: Aravind N., Akshara S. Vinod
Author: Aravind N.
Paper ID: V5I1-1227
Paper Status: published
Published: January 30, 2019
An IoT based smart medicine box
This paper proposes the design of Arduino ATmega based pill reminder which will help the patients to take their medicines in the correct quantity and at the prescribed time. Assistive technology is one such technology which can help an individual tremendously. But today only 2 out of 50 people are using assistive technology due to high cost, lack of knowledge on the subject and availability. By 2050, every 10 out of 20 households will need one assistive product with many elderly needing 2 or more. It is also seen that people give more attention to work than health. This system aims to reduce this problem by reminding them to take the medicine on time within the prescribed time. It is a combination of physical and digital reminder for a patient that will be helpful for people of any age, but especially helpful for geriatrics who forget taking their medicines. The main aim is to keep the system easy to handle and make it cost-efficient. This system uses Arduino, LCD display and Real Time Clock (RTC) module, RFID system and an alarm system used to intimate the patients to take proper dosage according to the prescription at right time. This portable and economical system would help aged patients, especially to the illiterate patients. Our, smart pillbox can reduce elderly family member’s responsibility towards by reminding them to take the medicine on time.
Published by: Viral Doshi, Shrishti Dey, Nirav Mehta, Rajesh Prasad
Author: Viral Doshi
Paper ID: V5I1-1234
Paper Status: published
Published: January 30, 2019
A survey on identification of vehicle number plate using Viola Jones
In the existing system, some people who are driving vehicles without obeying the rule and also there is no automatic detection system to find the people who are all violating public safety. In the proposed system we introduce an automatic detection system when people overrule the road safety. We implement a detection system to identify the vehicle by scanning number plate using OCR. IOT (Internet Of Things) is technology in which we can integrate hardware and software here we integrate mat lab and hardware sensors. We use the IR sensor to detect the vehicle which is crossing the signal line. And also we identify the theft vehicle using the same OCR system
Published by: P. V. Vishnu Teja, Araddhana Arvind Deshmukh, Bhupenra Pratap Singh, Vaishali Prakash Maheshkar, Dr. Kavi Priya
Author: P. V. Vishnu Teja
Paper ID: V5I1-1229
Paper Status: published
Published: January 30, 2019
Zoho projects- Online project management using web 2.0
For managing a project, which is a challenging task, Worldwide Web has provided a medium to ease this search to some extent. Most of the available commercial project management products are expensive and can work only on desktop. This project covers the design and development by leveraging Web 2.0 features of an online project management application. Users can on-line manage complete life cycle of any project. It offers collaboration feature. Dashboards and reports are provided. Users can on-line manage complete life cycle of any project. Projects can be easily divided into various milestones and tasks. The primary objective of this application is to exploit Web 2.0 technologies to provide rich experience to the users.
Published by: Shewale Vaishali Pandit
Author: Shewale Vaishali Pandit
Paper ID: V5I1-1231
Paper Status: published
Published: January 30, 2019
Service Oriented Architecture paradigm for Business Intelligence: A survey
Service Oriented Architecture (SOA) is an arrangement of building blocks of any application in such a way that all dependent/independent components will be able to access/provide service to and from other components. The main objective of SOA is to sustain the availability of required services for components and provide a flexible environment for better efficiency. It is also capable of measuring the maturity of an organizational application by means of continuous assessment of activities. SOA in Business Intelligence (BI) has potential benefit to enhance the analysis capabilities over huge datasets, as enormous amounts of data are being generated by every organization whether industrial or domestic. This survey provides research on how SOA can improve the heavy processing of these data much efficiently and also gives the limitations of the traditional approach.
Published by: Akash Ajay Borse, Siddhant Verma, Dr. Sasidhar Babu, Gardas Naresh Kumar
Author: Akash Ajay Borse
Paper ID: V5I1-1233
Paper Status: published
Published: January 30, 2019
Role of IoT in healthcare using smart textiles
Smart-Textile is an upcoming and latest technology that combines research in textile materials and wireless sensor/actuator networks. This is primarily in the context of human body monitoring with statistical methods for the data analysis and corresponding treatment. The scope of IoT in Healthcare has a diverse range of enhancements with Textile-based Wearable System Technology, Unobtrusive Biosensors, and a Cloud Computing Architectural Framework amongst other technologies. The advancement would propel the HealthCare Industry to unparalleled heights in terms of efficiency and Patient Comfort. This ground-breaking technology of smart textiles embedded with sensors for continuous patient monitoring will revolutionize the healthcare industry. The real-time exchange of data, seamlessly and proactively predict, diagnosis and provide remedies. The framework in the study reveals aptly the so-called Internet of Medical Things (IoMT) which opens a whole new avenue for the Patient-Healthcare provider Interface (PHI) and Wearable Health Technology (WHT).
Published by: Deepika Mathuvanthi P., Bhupendra Pratap Singh, S. Karthikeyan
Author: Deepika Mathuvanthi P.
Paper ID: V5I1-1221
Paper Status: published
Published: January 30, 2019
