Fire disaster evacuation and response system using the Internet of Things
Buildings nowadays have become compound and augmented, all around the world. Present-time buildings all around the globe have become complicated & enlarged. Seeing the structural definition of buildings nowadays, safe and fast evacuation through emergency exits at times blackouts due to fire, collapsing of buildings, earthquakes or old buildings need to be possible but have become complex and leads to a problematic situation. An Industrial fire is a type of disaster in industries which involves a holocaust which occurs in industrial areas. Fires in industries often occur together with outbreaks. They are most likely to occur in places where there is a lot of inflammable objects present. This paper suggests a Fire Disaster evacuation, response system using the Internet of Things (IoT) based that can control directional guidance intelligently according to location of a disaster with help of sensor networks to attend the problems of the existing response systems during fire disasters. The proposed system has different sections, each one of them contains a temperature, flame, smoke sensor, and a communicating channel for transferring the data to the server about the location of the fire, the server receives the data and sends the actions to be performed to the far devices. The subscribed users get notified about the fire and temperature of the area, the fire department also gets all the information about the location and temperature in the area.
Published by: Amlan Chakrabarti, Sreethesh Pai
Author: Amlan Chakrabarti
Paper ID: V5I3-1570
Paper Status: published
Published: May 23, 2019
Impact of Human Resource Information System on organisational efficiency in Vedanta Limited, Jharsuguda (Odisha)
In today’s dynamic business environment, technology plays a very important role to maintain a competitive advantage in the marketplace. Firms need to balance the resources available to them and upgrade their systems related to technology-driven automation (IT), to achieve the desired results for profitability, survival as well as for improving the quality of the product. The study aimed to investigate the impact of Human Resource Information System (HRIS) on Organisational Efficiency in Vedanta Limited, Jharsuguda (Odisha), through examining if the sub-dimensions such as Human Resource Function, Time Management, Cost Management, & Managerial Satisfaction have a significant impact on Organisational Efficiency or not. The study also aimed to find out the level of Employee Satisfaction (End-users) towards the HRIS System. The data was collected using the Questionnaire instrument comprising of 32 items. A sample of 100 employees was drawn from a population using simple random sampling, the psychometric properties (Reliability & Validity) was statistically assessed. Data were analyzed using inferential statistic. The result indicates that HRIS significantly enhances overall organizational efficiency and its sub-dimensions (HR functions, time management, cost management and managerial satisfaction with the system) in an inter-related and holistic manner, though in varying degrees and hence, there is much more improvement in the HR functions of the organization. The result shows that tenure, work experience, and age has a significant relationship with the ‘level of satisfaction’ towards the HRIS system for ‘End-users’ of the selected organization. However, there is no significant relationship of the ‘level of satisfaction’ with gender for ‘End-users’ of selected organization.
Published by: Priscilla Lugun
Author: Priscilla Lugun
Paper ID: V5I3-1545
Paper Status: published
Published: May 23, 2019
Smart home security system with fire emergency response
A home security system with an immediate fire emergency response is needed to be installed in commercial buildings, apartments, malls, and garage of independent houses. In the smart home security model where various factors such as intruders can be detected and an image is sent through e-mail using the SMTP protocol. If there are any vibrations above a certain threshold value which could be harmful, is sensed then an alert message is sent to the owner of the house using a cloud app Twilio. If the smoke is sensed and even fire detected, this system detects it and if the value is greater than the given threshold value it turns on the DC pump through which the water runs to the sprinkler attached to the end of the water pipes. Integration of both home security and fire response is aimed in this paper.
Published by: Bharath Kumara, Kishan J., Pooja Shanmukh Patil, Reshma, Shivani R., Monicapriya D.
Author: Bharath Kumara
Paper ID: V5I3-1562
Paper Status: published
Published: May 23, 2019
Advanced healthcare monitoring system using Raspberry Pi 3 based on Internet of Things (IoT)
In the recent development Internet of Things (IoT) makes all objects interconnected and it's been recognized because of the next technical revolution. A number of the applications of the Internet of Things square measure good parking, smart home, smart city, good atmosphere, industrial places, agriculture fields, and health watching method. One such application is inattention to observe the patient health standing. The system is aimed to stop delays within the arrival of patient’s medical info to the attention suppliers, significantly in an accident and emergency things, to prevent manual information coming into, and to extend beds capability in hospitals, particularly throughout public events wherever an outsized variety of individual’s square measure meeting in one place. The design for this technique is predicated on medical detectors that live patient’s physical parameters by victimization wireless sensor networks (WSNs). These sensors transfer information from patient’s bodies over the wireless network to the cloud atmosphere. Hence Internet of Things within the medical field brings out the answer for effective patient watching at a reduced value and conjointly reduces the trade-off between patient outcome and sickness management. In this paper, we have a tendency to discuss regarding, watching patient's blood pressure, heartbeat, temperature, ECG and body movement victimization Raspberry Pi board.
Published by: Sahana B. R., B. S. Nanda
Author: Sahana B. R.
Paper ID: V5I3-1568
Paper Status: published
Published: May 23, 2019
Six stroke engine with repelling magnetic wing
Demand is growing for the need for alternative fuels for transportation. Permanent magnetic engine with six-stroke engine with its versatile applications is being utilized to switch from conventional combustion vehicles to six stroke magnetic engine vehicles. The scenario of traveling is changing rapidly with a decrease in fuel consumption. Basically, it indicates that fuel is being used almost everywhere to drive our life. But the current machines we use today are low in efficiency. Hence we require products with more power but also with higher efficiency. Magnetism possesses a magnificent opening for development. Electrical vehicles and hybrid vehicles using the technology of magnetic levitation have proved the strong nature of electromagnetic fields. Keeping in mind the arising needs of the industry, in this project we tried to design an experiment, a system called Repelling magnetic wing with six stroke Engine, which makes use of magnetic force to drive a load. The working principle is based on compression and repulsion between a two permanent magnet The forces thus developed are used to generate mechanical power. Successful development in this field can actively help to support IC Engines. A six-stroke engine which has the air intake in 5th stroke and which helps to take out the remain flue gases in 6th stroke and thereby an increase in performance and increase in two strokes. The magnetic engine helps to increase performance and supports six stroke engine to balance the 5th and 6th stroke and to decrease fluctuations.
Published by: Kavali Govinda
Author: Kavali Govinda
Paper ID: V5I3-1560
Paper Status: published
Published: May 23, 2019
Employee Engagement: A symptom of sucess
In the era of the business world, organizations are in need of a workforce that is competent and productive. The employers are constantly looking for numerous ways to ensure that the organization stays ahead of the competition by shifting their focus on employee engagement. An "engaged employee" is defined as one who is fully absorbed by and enthusiastic about their work. If every part of human resources is not absorbed properly, employees fail to fully engage themselves in their job. Employee Engagement results in positive organizational performance that shows the two- way relationship between the employees and employer based on the foundation of employee commitment, job satisfaction, and organizational citizenship behavior. Engaged employees are enthusiastic and energetic, they care about what they do and have a sense of purpose in their work with a positive attitude towards the organization and its values.
Published by: Rupal Singh
Author: Rupal Singh
Paper ID: V5I3-1528
Paper Status: published
Published: May 23, 2019
