This paper presents the design and implementation of an educational game App using Unity engine. The game aims to provide informative experience of Libyan traditions while keeping players entertained. Also, the game attempts to document Libyan fading traditions while being amusing and enjoyable. This game will be very first Libyan games to be launched into Google Play Store.
Khaled Mohamed khalifa Ben Hamed, Nahed Fathi M Farah, Mohamed Bashagha, Mohanned Binmiskeen(12-2020)

Abstract: In this paper, we introduce our new design of mobile social app. This app can be used to trace the spread of Covid-19 among the app users while in social gathering. In the state of the art, we studied several existing social apps from around the world to trace/track Covid-19 and compare them with our new social app. In this comparisons, a number of parameters are defined to cover wide range of aspects related to current pandemic. These aspects covers existing of technologies (Cloud, Bluetooth, Mobile Device), governments (Support, Use, Enforcement), and app users ( Health, Social, Privacy). From the users prospective, the new design takes into account the effects of wearing masks have on lowering the rate and informing the user of the spread of the Covid-19 pandemic in their surrounding communities. From the development prospective, the new design was described without hassling with the platform details of app implementation. Our evaluation of the design support the development of a social app that adhere to existing technologies, government policies, and user trust.
Khaled BenHamed, Abdussalam Nuri Baryun(6-2021)

This paper is presented an algorithm for testing primality of a large number in faster way and low storage space. Today the almost techniques which are used for testing the primality of the large number are struggling to reduce the cost of both processing time and storage space. Therefore, an intensive research by mathematicians and computers scientists is going in this field. The suggested algorithm is based on using of solutions of the quadratic equation (QE). The technique is aiming to find any two distinct numbers which are representing the obtained two roots of the QE. If these two roots are exist, in this case the given integer is not prime and the algorithm can identify the two roots in efficient cost of time and storage. The algorithm has appeared that it is working well by producing fantastic results. From these results, new ideas and thoughts have been listed for further analysis and discussion for testing of the primality of numbers
Omran Emhemmd Ahmed Farhat, Nahed Fathi M Farah, Ali K. Sabera(5-2019)