Study of Using Applications of Artificial Intelligence in Performance of Financial Markets

In an attempt to revive the stock market in Egypt and revitalize it to fulfill its developmental role, the Egyptian government has pursued a program of economic and financial reform aimed at improving the regulatory environment for the work of that market and removing all restrictions on foreign exchange transactions for foreign investors on the Egyptian Stock Exchange, so this program allowed free movement of entry and exit of the heads Money without any restrictions. Despite differing opinions about the freedom of movement of capital, however

Evaluation of Preventive Measures and Forecasting of COVID-19 Infection: Case Study Egypt.

Background COVID-19 is a highly infectious disease caused by SARS-CoV-2. This article assessed the effectiveness of preventive measures of COVID-19 infection, including social distancing (SD) and quarantine (Q) of patients and contacts in Egypt. Methods A simple model was developed to predict the infection rate without preventive measures. The article utilizes fertile meta- heuristic technique and particle swarm optimization (PSO), to predict the growth of the disease. Results A correlation between the predicted and actual infected cases, validated the proposed forecasting algorithm. Preventive measures together with the Egyptian Government stay home order reduced 98% of expected infections. PSO analyses showed that infection and death rates will continue to increase particularly with lifting these restrictive preventive measures. Conclusions The advised PSO model could predict COVID-19 infection and death rates with high degree of accuracy. This prediction model could help health authorities in decision making.

Operation of the Egyptian Power Grid with Maximum Penetration Level of Renewable Energies Using Corona Virus Optimization Algorithm

Countries around the world are looking forward to fully sustainable energy by the middle of the century to meet Paris climate agreement goals. This paper presents a novel algorithm to optimally operate the Egyptian grid with maximum renewable power generation, minimum voltage deviation and minimum power losses. The optimal operation is performed using Corona Virus Algorithm (CVO). The proposed CVO is compared to the Teaching and Learning-Based Optimization (TLBO) algorithm in terms of voltage deviation, power losses and share of renewable energies. The real demand, solar irradiance and wind speed in typical winter and summer days are considered. The 2020 Egyptian grid model is developed, simulated, and optimized using DIgSILENT software application. The results have proved the effectiveness of the proposed CVO, compared to the TLBO, to operate the grid with the highest share possible of renewables. The paper is a step forward to achieve Egyptian government targets to reach 20% and 42% penetration level of renewable energies by 2022 and 2035, respectively.

Egypt’s energy diplomacy strengthens position abroad

Significance Beirut and its Western backers have turned to Cairo for assistance in mitigating Lebanon’s energy crisis. President Abdel Fattah el Sisi seeks to leverage Egypt’s strategic location, infrastructure and natural gas reserves for political and financial gain amid global gas shortages and soaring prices. Impacts Egypt aims to use gas as a way to show its importance but faces supply constraints. The EU and the United States reluctantly accept the Egyptian government as a better ally than the available alternatives. Egypt becoming an energy hub could play a small, but significant, role in helping Europe to reduce its chronic dependence on Russian gas.

A Case Study: Mada Masr—A Progressive Voice in Egypt and Beyond

This article questions the role of the media in times of political transformation. In doing so, it draws on theories on the interconnectedness of the different fields of society to explain the sets of roles that media outlets and journalists adopt during phases of transition. Before 2011, the Egyptian media mostly acted as collaborators of the ruling regime and rarely as an agent of change. Journalists took over the latter role more often following the advent of privately-owned media outlets, thus helping to pave the way for the events of the so-called Arab Spring. This case study focuses on the development of the online news portal <em>Mada Masr</em> and therefore traces the development of two newsrooms. Starting as the English edition of a privately-owned Arabic newspaper in 2009 and changing its status to an independent news outlet in 2013, <em>Mada Masr</em> is one of the few voices which still openly criticise the Egyptian government. Founded in a time of political turmoil and struggling against an increasingly authoritarian environment, the outlet implements innovative ways of producing content, securing funding, and reaching out to its readers. A group of young Egyptian and international journalists make use of new spaces for expression that have opened through the global changes in communication infrastructure while struggling with frequent attacks by representatives of the ruling regime. As such, <em>Mada Masr</em> is a role model for small and regime-critical media outlets.

Cost optimal energy retrofit strategies for public administrative buildings: A Cairo case study

The Egyptian government is currently constructing a new governmental quarter in the New Administrative Capital City, located east of Cairo. A planned relocation for all ministerial authorities to the New Capital City will leave a vacant governmental estate in Cairo. The study of the energy retrofit options provides a unique opportunity to reduce energy use and maximize the benefit from the anticipated investment in the re-use to be implemented within this stock. However, energy retrofit was found to be under-researched in the Egyptian context. This paper presents a pilot study that aims to identify cost optimal retrofit strategies for one of the soon to be vacated buildings, the Central Agency for Public Mobilization and Statistics (CAPMAS). Using DesignBuilder, an energy modelling study was implemented to estimate the existing performance of the building, assess the projected performance after a change of use (to an office building), and evaluate the cost optimality and the savings associated with the application of retrofit measures. The study found that the feasibility of implementing retrofit can be significantly offset by the discount rates in Egypt. As such, maintaining economic stability and considering non-economic incentives can be key drivers to increasing the energy retrofit uptake in Egypt.

Institutional Ethnography and Exploring the Social

There is a new trend taking place in Egypt over the last decades that is attempting to establish a new culture of development arguing for a knowledge-based development of Egyptian society. Consequently, Egyptian society has begun to witness the emergence of different policies, national strategies, and mega development projects that try to translate these policies into reality. But the question that remains is what type of knowledge, and in which context, should be developed? In this vein, this research serves two purposes. First, it contests the notion of knowledge while using a new method of inquiry that creates an opening for an alternative-more-humanized sociology that opposes the dominant sociological perspective that studies people as quantitative objects. The research uses institutional ethnography to provide new-actor-related insights and interpretations while exploring the social momentum within Egyptian society. Second, the research seeks to investigate the relationship between the desire to transform Egypt into a knowledge-based society through the knowledge precincts projects, following the global agenda, and the creation of a political, social, and cultural environment that allows knowledge to thrive, leading to more social justice and equity. In the end, the research asks: What is the definition of ‘knowledge' provided by the Egyptian government through its different developmental policies? How does it function inside the knowledge precincts projects? It also asks: Does Egypt's commitment to large scale programs through knowledge precincts reveal an authoritarian inclination?

Umm Kulthūm

Umm Kulthum was probably the most famous singer in the Arab world during the 20th century, and among the most highly regarded for her command of poetic texts and the historic Arab musical system brought together in affective performances, working closely with accomplished poets and composers of her day. She became a public figure in general, certainly in the later decades of her life, when she became closely associated with then president Jamal ‘Abd al-Nasir of Egypt and spoke frequently about her love for her country and its people. Born to a poor village family in the Egyptian delta, her background resembled that of millions of her compatriots. She was raised in an agrarian setting. Her father was the imam of the local mosque. Like many children of her generation, she attended Qurʾan school (kuttāb), which was among the few educational opportunities for lower-class children under the then British occupation. She learned to sing by mimicking her father and her brother, who sang religious songs for weddings and special occasions to make additional money. Her strong voice drew great attention. She moved to Cairo in about 1923 to advance her career. Thanks to her performances and commercial recordings, her career took off, and by the late 1920s she had become wildly successful. Films and live broadcasts followed in the 1930s. In the 1940s, like many Egyptians, she began to express the shared dismay at the continued British presence during World War II, the corruption of the Egyptian government, and the war in Palestine. After the Egyptian Revolution in 1952, she, again like many of her cohort, expressed support for the revolutionary government in song and speech and, later, for ‘Abd al-Nasir himself. Her musical style changed over the years as she continually cultivated new listeners. Owing to the wide dissemination of her recordings, the powerful Egyptian radio-broadcasting capacity, and her touring, she became well known and popular throughout the Arab world. After the Egyptian defeat in the 1967 war with Israel, she launched a successful series of benefit concerts designed to replenish the Egyptian war department’s treasury. When she died in 1975, it was said that her funeral was bigger than ‘Abd al-Nasir’s had been. Probably owing to her stature as a public figure, most publications about Umm Kulthum have been biographical in nature, as writers attempted to document her life, her social impact, and the reasons for her various successes. She rarely sought an audience outside the world of Arabic speakers, and she was little known in the West until the late 20th century, with the burgeoning interest in “world music.”

Hydraulic performance of riverbank filtration: case study West Sohag, Egypt

Riverbank Filtration (RBF) Technology has been found to be a safe, renewable, sustainable, and cost-effective drinking water treatment or pretreatment technology. The Egyptian government has recently turned to riverbank filtration to conserve drinking and industrial water at a lower cost and higher efficiency. The study aims to assess the hydraulic performance of the riverbank filtration system in west Sohag, Egypt. MODFLOW and MODPATH 10.2.3 were used under the platform of Groundwater Modeling System (GMS) to construct a hydraulic groundwater flow model to simulate the flow of the riverbank filtration system. Six pumping rates with two scenarios were conducted to investigate the system's hydraulic performance. Water samples were collected from the Nile River, abstraction wells, and groundwater to characterize the water quality. The results indicated that the application of riverbank filtration is promising due to the significant hydraulic connection between the Nile and the aquifer. However, the system hydraulic aspects should be taken into consideration during the design phase as they may affect the RBF hydraulic performance and its efficiency. It became apparent how effective RBF is at eliminating pathogens and suspended solids. Infiltrated water, on the other hand, has higher iron and manganese amounts than the Nile water.