Fourth industrial revolution and future of workforce
With, the introduction of new technology, the skills in the workplace, are significant, since the 4th industrial revolution, the adaption of automation and artificial intelligence will mark an acceleration over the shifts of even the recent past. Majority of employees do not have the skills to work with technology in the workplace. With the acceleration of industry changes, if current employees are not adapting to the situation the industries and employees both will be in critical issue and finally effect to the national economy as well. This paper will discuss what skills employees need to develop and how to adapt to the new workplace.
Published by: Dr. Himendra Balalle, Ravindra Balalle
Author: Dr. Himendra Balalle
Paper ID: V4I5-1219
Paper Status: published
Published: September 14, 2018
Salient features of Arbitration and Conciliation (Amendment) Bill 2018
Arbitration is popular in India as an ad-hoc rather than an institutional setup, wherein parties regulate the arbitration proceedings themselves. Institutional arbitration involves the regulation of arbitration proceedings by an institution, which applies its rules of procedure. Due to a lack of adequate emphasis on institutional arbitration, Indian parties have preferred to conduct ad hoc arbitrations. However, as arbitration continues to grow between Indian parties, policymakers and courts of law have taken note of its importance but the challenge now is to substantially increase awareness about institutional arbitration in India so that efforts being taken to reform institutional arbitration are supported by an increase in usage. Arbitral institutions must themselves take the lead by increasing awareness about their services and benefits. In addition, they must adopt the best practices from around the world which will encourage parties to use their services over foreign arbitral institutions.
Published by: Dr. Sudhir Kotwal
Author: Dr. Sudhir Kotwal
Paper ID: V4I5-1198
Paper Status: published
Published: September 14, 2018
GPS based real time vehicle tracking system for kid’s safety using RFID and GSM
When it comes to student transportation, every school has two major problems – student school bus safety and efficient fleet management. The reports from international crime bureau that a child goes missing for every three minutes in the world. This is a big issue which has to roll in parents mind. They always worried about child when they send their children to a place behind their eyes the places like school or private classes. To lessen the parent’s anxiety about their children, a vehicle positioning system is prepared by merging radio frequency identification, global positioning system, webserver, web tracking and android technology. The system consist of RFID tags and reader which is designed to scrutinize the entry and exit of a person in the particular vehicle where child boarded each person is assigned the tag which holds the precise identification details when children enters the vehicle, the readers reads the person tag and stores the details of entry, exit and vehicle identification code. This information is notified to the concerned authority like school admin and parents via android app and website as enter, exit, pickup, drop, vehicle emergency and wrong route of vehicle. The proposed system facilitates to know about the area where the vehicle has crossed the path using rfid. The gps technology connected with this system helps in acquiring location updates in the school server database. This proficient tracking structure with enriched feature is designed and implemented for the purpose of protection in various stream. It is up and coming technology in the field of communication and network. The tag on road model is an evolving and just able technique in the future world. The projected system here is planned to be implemented is schools for the safety of the students and it can also be installed in the professional security system.
Published by: Amit Bhoyar, Jagdish Pimple
Author: Amit Bhoyar
Paper ID: V4I5-1212
Paper Status: published
Published: September 13, 2018
Comparative studies of the effect of storage on the physiochemical properties of moisturising creams produced from Delonix regia seed oil and mineral oil
Storage conditions are very important in determining the quality of products as products are not used immediately after production, they have to pass through various storage processes before getting to the end user. The aim of this article is to study the effect of storage on moisturizing creams produced from Delonix regia seed oil (vegetable oil) and mineral oil. Oil in Delonix regia seeds was extracted using cold maceration and their physiochemical compositions were evaluated using AOAC 2016 methods while their elemental mineral components were analyzed using Atomic Absorption Spectrophotometer (AAS). The oils from D.regia and Mineral oil were then used in the production of cosmetic cream products and their physiochemical properties were characterized. Specific gravity, viscosity, refractive index, acid value, peroxide value, iodine value, saponification value and unsaponifiable matter were: 0.99g/cm3, 0.87g/cm3; 47.60, 11.52; 1.4335, 1.5246; 22.44mgKOH/g; 7mgEq/kg; 37.56g/100g; 30mgKOH/g and 2.81, 1.02 respectively. Magnesium (7.56332ppm) was detected as the mineral with the highest concentration in D.regia oil cream while Na (9.4560ppm) was the mineral with the highest concentration in mineral oil cream. For D.regia seed oil cream, the pH, non-volatile matter, and moisture content increased as the storage period increased while the total fatty matter and specific gravity decreased as the storage period increased. For the mineral oil, pH, non-volatile matter and moisture content decreased as the storage period increased while the specific gravity and total fatty matter increased as the storage period increased. This study has indicated that the storage period has a significant effect on the physiochemical properties of moisturizing creams from both Delonix regia seed oil and mineral oil. However, the physiochemical properties are still within the acceptable limits and standard as set by the Standard Organisation of Nigeria (SON).
Published by: Bello Adunola Abosede, Omole Oluwafemi Akinsola, Igwe Chima Cartney
Author: Bello Adunola Abosede
Paper ID: V4I4-1461
Paper Status: published
Published: September 12, 2018
Characterization of natural fiber reinforced polymer composites
Natural fiber composite is obtained from nature in the form of leaf, seeds, tree and fruit wastage from these are used for the manufacture of composite materials to deliberately combine to form heterogeneous structures with desired properties. This is also called reinforced polymer composite materials. The natural fiber reinforced polymer composite is rapidly growing both in terms of their industrial applications and fundamental research. Before scientists have created many natural fibers from different materials (coir, hemp, flax, kenaf) they also determined the physical properties of these composite materials. I have created the composite material using the fiber of Palm tree and I have found the mechanical characteristics like tensile strength, hardness, impact strength, water absorption and flexural rigidity of the composite materials. Our material is used to manufacture the automobile body, construction board, insulation board, plywood, flooring, and manufacturing of chair and seat etc. This Palm is in abundant is available it is weightless material and has desired strength, low specific gravity.
Published by: S. Saravanan
Author: S. Saravanan
Paper ID: V4I5-1200
Paper Status: published
Published: September 11, 2018
A review of signal parameter estimation techniques
Signal Investigation, the signals to be detected usually include unidentified parameters such as amplitude, time delay, phase, and frequency; these parameters must be probable previous to the signal discovery. The techniques used to approximation these signal parameters can be broadly confidential into two main categories known as parametric and non-parametric methods. This paper presents a review of these signal parameter estimation techniques.
Published by: Nagesh Kumar Sahu, Varsha Mehar
Author: Nagesh Kumar Sahu
Paper ID: V4I5-1201
Paper Status: published
Published: September 11, 2018
