Introduction: This study aims to focus on the role of artificial intelligence tools and capabilities such as artificial intelligence accuracy, learning rate and inference time in influencing big data analysis and building strategic plans at Zain Jordan Telecommunications Company. Objective: The review explores how increasing the ability of organizations to maintain competitive capabilities in an era of continuous change and development in the field of information technology, most organizations focus on adopting new tactics and increasing features to improve organizational performance, improve services provided to customers, simplify administrative and operational processes, improve operational efficiency and make strategic decisions. Method: A research questionnaire was distributed to study the impact and measure the impact of artificial intelligence tools such as artificial intelligence accuracy, learning rate and inference time on increasing big data analysis capabilities and building strategic plans. 163 valid questionnaires were received for analysis and the data were analyzed using the PLSSIM system.Result: Artificial intelligence tools such as artificial intelligence accuracy, learning rates and inference time positively affect increasing big data analysis and building strategic plans.Conclusion: this study allows for a deeper understanding of the impact of artificial intelligence tools and capabilities in influencing big data analysis and building strategic plans.

This study was conducted in Jordan to assess the relationships between built environment (population growth, green surfaces, and built-up land), altitude variability, and landslide events during the period 1994 to 2020 through the application of a multi-approach investigation using statistical analyses, GIS, and remote sensing techniques. The results showed that the population densities in the study area have substantially increased. The population in the northern parts is distributed along an east–west direction that moves anticlockwise toward the south, while the southern parts population distribution is along a north–south direction that moves clockwise and to the south. The normalized difference vegetation index (NDVI) results showed that the green surfaces in the study area have decreased by 4.6%, while the built-up land density has increased. The landslide events increased from four events in 1994 to more than 20 events in 2020. There is a synchronous pattern in which the decrease in vegetation is associated with an increase in built-up land, population size, and landslide events at different altitudes, suggesting that a relationship between these factors might be present. If the current built environment practices persist, the population distribution and concentration will spread in a north-south direction along the same axis where landslide events are concentrated, posing serious future potential hazards on the population and on facilities.

Objectives: Regional disparity in development among regions in developing countries is a common issue. Despite being a small, emerging economy, Jordan suffers from this problem. This study aims to identify and explore regional disparities in Jordan between 2010 and 2018 by integrating social and economic factors. Methods: A mixed-methods approach combining statistical analysis and Geographic Information Systems (GIS) techniques was employed to uncover the economic and social disparities in Jordan, and classify the governorates accordingly. This study presents the results of the Lorenz curve and the site quotient and shows the direct interactions between social disparities on economic disparities in Jordan. Results: The results indicated significant differences between the twelve governorates in Jordan. The capital city, Amman, possesses the highest share of social and economic factors in Jordan and is the only governorate with the highest economic growth. The second and third-ranking governorates in terms of ratios are Irbid and Zarqa. Conclusions: The study recommends implementing balanced and obligatory regional development plans, utilizing an integrated team of experts, decision-makers, investors, and local representatives. Emphasizing the importance of decentralization and empowering local councils in the governorates is crucial.

This chapter aims to highlight the role of GIS technology as an efficient tool in the urban design of the university campus. A university campus is an extended place that may be connected to the city and maybe a separate urban gathering if the university is built in a rural area. The university campus is not only what we see with our eyes, but it is the place that creates memory and knowledge Therefore, it is mainly intellectual assemblies before it is visual composition. It is used by a large group of students, employees, visitors, service providers, and academics. Campus Planning involves the experience and goals of the target groups and the talent and expertise of the architect in addressing the long-range needs of schools. Many schools face the same restraints as commercial development projects, and indeed the history of campus design and town design has many parallels. In addition, schools have complex functional requirements that are often not well solved by monolithic institutional buildings. The space between the buildings is as significant as the buildings themselves. Therefore, the goal of this paper is to build a geo-database to understand, analyze and predict how the campus will look in all its details and functions. The Study chooses the University of Jordan as a case study area. It is the first university constituted in Jordan and ranked as the best university. It is located in Amman the capital of Jordan with more than 45000 student. The study used ArcGIS software and Corrected Satellite Image of the district of the University of Jordan Accordingly, we will be able then to design and create a new master plan for the campus. This geo-database contains spatial and attribute data necessary for a good design. Additionally, it will be useful in the future since updating this geo-database is easy in GIS software. In addition, the geodatabase could be used as an interactive map for the students, visitors, and vendors of the university. Architects and Planners can participate in the students’ attitudes and ideas about the recent and future design of the campus as well as all target groups; to be more realistic in their designs. The study recommends other thirty Jordanian universities to apply the technology of GIS and to make an updated Geo-database plans.

هدفت الدراسة إلى التعرف على واقع ومعوقات إستخدام نظم المعلومـات الجغرافيـة ( GIS) في إدارة مشـاريع المياه في محافظة البلقاء ، ولِتحقيـق أهداف الدراسة فقد إعتمدت الدراسة على المنهج الوصفي التحليلي ، و قد طُبقت في الدراسة مجمـوعة من أسـاليب التحليل أهمـها: إِسـلـــــــــــــوب دلفي المعتمد على المقابلة للخبراء والاستبيان ، وأســاليب الإحصاء الوصفي البسيط باعتماد برمجية SPSS، وقد توصلت الدراسة إلى مجموعة من النتائج اهمها وجود العديد من االمعوقات الفنية والادارية والمالية التي من شأنها أن تقف عائقاً في تطبيق نُظم المعلومات الجغرافية في إدارة مشاريع المياه ومرافقها في منطقة الدراسة مثل : عدم إهتمام الإدارة العليا بالمحافظة على إستدامة قاعدة البيانات الجغرافية والإشراف عليها وإعتبارها بنك معلومات ومرجعية أساسية للمؤسسة، وضعف الاهتمام بالجانب التدريبي وعدم قدرة الاقسام الاخرى على التعامل مع النظام.وعلى ضوء النتائج أقترحت الدراسة بعض التوصيات ومنها بناء خطة استراتيجية وعملية لتطوير شعبة GIS تقوم على تحديث وتطوير قاعدة البيانات الجغرافية ، رفع مستوى الوعي والثقافة لدى موظفيها من خلال الدورات...