iosr-JECE   Volume-15 ~ Issue-4 ~ Jul.-Aug. 2020

Abstract: In the modern technological age human-machine interaction is widespread and new technology being invented and improved on a regular basis that rapidly aid in human thriving, survival and health. This paper is our little contribution towards helping humanity progress in the modern era. This paper deals with design, construction and implementation of an accelerometer based hand gesture controlled robot controlled wirelessly using a small 3axis accelerometer. We have controlled the movement of robot with normal hand gesture. The project is divided into two main parts the transmitter section and the receiver section. The transmitter transmits the appropriate signal which will be received by the receiver. Accelerometer is connected to Arduino board, which is programmed to take analog readings from accelerometer and transmit them with the help of RF transmitter to the receiving unit. The programming is done in Arduino board with the help of the software Arduino IDE

Keywords—adxl335, 433 MHz RF module, L298N, arduino uno R3

[1]. Design of Hand Gesture Controlled Robot using Arduino Lilypad Balaji Sivakumar, Pravin kumar, Bhuvaneswari Balachande.
[2]. Accelerometer and Arduino Based Gesture Controlled Robocar Arkaprabha Lodh, Debopama Ghosh , Debosama Ghosh
[3]. HAND BASED GESTURE CONTROLLED ROBOT Viren Sugandh ,Department of Electronics and Communication Engineering, Vellore Institute of Technology.
[4]. Hand Gesture Based Wireless Controlled Robot by Dushyant Singh, Riturvanjali Singh, Neelam Sharma, Sagar Shrivastav , and Ashutosh Mittal ,Department of Electronics and communication R.B.S Engg. Technical Campus Bichpuri, Agra
[5]. A MEMS Based Single Arm Robotic System Saikumar Indumathi, B. Suresh Ram , Chitti Babu.

Abstract: Background: The work carried out consisted of the designing models (linear and neural) in order to control the 4G traffic of the operator CAMTEL, help in decision-making in the network concerning technical and commercial actions to be taken. In this study, we are working with KPIs collected at CAMTEL's EPC (Evolved Packet Core) network on the USN and UGW entities. Materials and Methods: The linear model helped to obtain the linear multiple regression equation that specified the downlink user traffic as a function of other model variables that were all strongly correlated. It was produced using the SPSS statistical software and was validated by the Fisher test.

Key Word: KPI; traffic; model; EPC; 4G.

[1]. ORANGE , IUT WILLIAMS JINKS, Architecture LTE, Hachette, 2020, p. 34.
[2]. ERICSSON and electronics company, Duplexage LTE, turin: ERICSSON, 2014, p. 4.
[3]. IUT/3GPP DYLAN FRONTY, La-structure-generale-dune-trame-radio-ZigBee, ENSA, 2005.
[4]. IUT/3GPP DYLAN FRONTY, La-structure-generale-dune-trame-radio-ZigBee, ENSA éd., 2010: ENSA, p. 9.
[5]. IUT/IEEE XAVIER recherche des outils: internet et services, Interfaces LTE /, ENSA, 2010, p. 76..

Abstract: Background: Gender disparity is an issue of concern to education stakeholders. Differences in academic achievement among males and females has always been inferred.Advocacy and mitigation measures ought to focus on the gender at risk. For this reason, the researchers set out to determine the influence of gender on academic achievement among slow learners in secondary schools in Kakamega County. Materials and Methods:Descriptive survey and correlational research designs were used. Target population was 73,985 form three and four students, 1,288 class teachers, and 12 sub-county Education Directors. Stratified random, purposive, and saturated sampling techniques were used.........

Key Word: Gender, Slow learners, Academic achievement

[1]. Duckworth, A., & Seligman, M. (2006) Self-discipline gives girls the edge: Gender in self-discipline, grades, and achievement test scores. J. Edu. Psychol. 98, 198-208.doi 10.1037/0022-0663.98.1.198.
[2]. Hdii & Fagroud (2018). The Effects of Gender on University Students School Performance: The Case of National School of Agriculture in Meknes Morocco. ISSN. 2335-8777(online)
[3]. Smith, D. L. (2015). Male Gender Disparity Gap: Does Gender Impact Education. Unpublished Certificated of Advanced Study Thesis, Sacred Heart University, Fairfield, CT. retrieved from http:// digitalcommons.sacredheart.edu/edl/7.
[4]. Zembar, M. J., & Blume, L. B. (2009). Excerpts from middle childhood development: A contextual approach, NJ: Allyn Bacon.
[5]. Fortin, N. M., Oveopoulos, P., & Shelley, P. (2012). Leaving boys behind: Gender disparities in High academic achievement. www.norc.org