Volume 1 Issue 2
1. Impact of Authoritative Parenting Style on Self-Esteem among Primary School Students
Author's Name: Adnan Hussain,Dr. Shazia Khalid,Saba Zer Naz,Muhammad Meikail,Ahmad Ullah,Andleeb

Abstract—The aim of the present study was to investigate the impact of authoritative parenting style on self-esteem. For this purpose it was hypothesized that there is a positive relationship between authoritative parenting style and self-esteem among primary school students. It was also hypothesized that authoritative parenting style positively predicts Self-esteem among primary school students. The sample comprised of 259 students, including 198 boys and 61 girls. These were recruited through convenient sampling technique from Shabqadar, district Charsadda, K.P. Pakistan. The student’s age ranged from 10 years to 12 years, and their educational level was 4th and 5th classes. For data collection two scales were used. Rosenberg self-esteem scale Urdu version for measuring self-esteem of students, which was originally constructed by Rosenberg in 1965 and translated by Sammer in 2016 with 0.77 internal consistencies and test retest reliability, is 0.85. The second scale was Parental Authority Questionnaire. That was originally constructed by Buri in 1991, and translated by Khalid in 2004, with .82 Cornbrach’s coefficient and Test-retest reliability is .78. Pearson correlation result indicated significant and positive correlation was obtained between maternal and paternal parenting style and self-esteem p< 0.01⃰⃰. Regression analysis demonstrates p<0.01⃰⃰ between parenting style and self-esteem β= .16. Hence it is concluded that authoritative parenting style fosters self-esteem of students at primary level.

2.Mobile Disaster Communication model in Wireless Network Communication
Author's Name: V.Vennisa, Dr.Ramkumar prabhu

Abstract— Recent day In disastrous rescue mission has many challenges to Establishing a short and temporary communication system to provision disaster based communications and networking. This research paper main goal is Propagation of communication emergency messages to neighbors or people is reflected to deliver more prompt assistance than remote or distant rescue entities. The emergency communication service in order to improve communication range, victim localization and evacuation route planning. Since, the popularity of smart phones has been unprecedentedly increased. Thus increases the possibilities of successful receiving and recognizing SOS messages. SOS messages are generated by a code called as MORSE code. This research focus on to maintain and establish communication in situation of an disaster communication among a smartphone as a source and destination node like base station in case of absence. This communication has followed as one way communication from source to any destination inside an emergency region. To achieve this prime goal of this research is to take improvement of wireless communication of smartphones to establish and broadcast and forward the message from the source to rescue unit. In this case, to generating and establishing new communication client or victims and outside world, sending the emergency messages done over the wireless technology. Reestablishment of communication has in our prototype. This research has considered application, no hypothesis is made with respect to the reality of a complete and whole communication link among two commination nodes wishing to participate to communicate. Any possible node can opportunistically be used as a next hop, provided takes the message closer to the exact final destination. These features match the perception of opportunistic networking.

3.A Quantitative Analysis For The Tanzania Industries Performance And Productivity
Author's Name: Nuhu A. Sansa

Abstract—Literature evidence manifests that the Tanzania manufacturing sector’s contribution to the economic development is inadequate and the targeted performance and productivity of the sector were never realized. With that regard the fundamental question for Tanzania Industries performance and productivity becomes the centred debate and significant for the investigation. This study focuses on investigating the performance of the industries and the labour force productivity during the period from 1996 to 2015 in Tanzania. The study considers employing the Ordinary Least Square (OLS) method to analyze the average annual growth rates of the total Gross Domestic Product (GDP) , employment and export during the period from 1996 to 2015. Time series macroeconomic data during the period from 1996 to 2015 for Tanzania were collected from the World Bank. To assess the performance of the Tanzania industries particularly the annual average marginal performance, the Gross Domestic Product (GDP) and the export’s yearly average growth rate for the periodic 1996-2000, 2001-2005, 2006-2010, and 2011-2015 were evaluated. While investigating the labour force productivity the extra productivity of the employment labour force was evaluated during the period from 1996 to 2015 in Tanzania. The results of the investigatigation were in actual fact catching up the attention. The findings of the study reveals that the performance of the Tanzania industries is positive and meaningful while the labour force productivity is negative and insignificant during the period from 1996 to 2015 in Tanzania.

4. Development of Fire Monitoring and Extinguishing Robot Using IoT
Author's Name: P.Deva, Dr.Ramkumar prabhu

Abstract—The purpose of the project is develope to an autonomous moving and controlling the vehicle that capable of file extinguishing automatically and access by anywhere in the world using IoT. This robot is detecting the fire and taking appropriate distinguisher operation just to protect the human’s life. The robot consists of Flame sensor and Gas sensor that detects the fire, smoke as well as gas leakage. Whenever it detects the fire it will be extinguishing fire by sprinkling the water into the fire. The obstacles can be identified by ultrasonic sensors The video and audio can be accessed anywhere by using the webcam installed on it. We can control the robot using wi-fi as well as IoT. The data collected has been sent through the cloud server and can access the data across the world usnig IoT.

5.Design of Bike Intercom Voice-Over Electronic Circuit System Using Ki-Cad
Author's Name:Mehaboob Mujawar

Abstract— This paper deals with the bike intercom Voice-over electronic system .On long distance bike rides, riders typically plug in headphones to listen to songs and/or podcasts. If the rider is carrying a pillion rider, then communication between them is difficult while riding due to wind noise among other things. The present project tries to address these two problems by introducing an intercom voice-over circuit between the rider and the pillion. A voice-over circuit is that circuit which allows the user to switch between two inputs- a higher priority input and a low priority input. This circuit will have two inputs available. One, audio from the microphone and the other from the mobile phone (music audio). Higher priority signal (audio from microphone) needs to be connected to the higher priority input. A tactile switch is required to activate the voice-over feature. Whenever the switch is pressed voice-over will take place. That is other signals like music audio from the mobile phone will get off immediately and higher priority, audio from the microphone will be given as output to the headphone.

6.Analysis and Design a Safeguard For Bike Rider Using Embedded System
Author's Name: R.Sangeetha, Dr.Ramprabhu

Abstract—The objective is to provide a resources and devices for detecting and recording collusion between bikes. Sensors and cloud computing infrastructures are utilized for building system. The collision detection system communicates the accelerometer values to the processor which continuously monitors for erratic variations. When the collision occurs, the information’s are passing to the concern by using a cloud-based service. GPS is used for identifying the location of the bike. The application of this system is extended to smart cities and smart helmets.

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