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![Figure 5. Smartphone Market Share for Android Device and iOS [15]](profile/Ugochukwu-Matthew/publication/345342497/figure/fig2/AS:954572495396871@1604599226296/Smartphone-Market-Share-for-Android-Device-and-iOS-15_Q320.jpg)
To meet the 21st century digital learning environment and technology requirement, Nigeria and most sub-Saharan Africa countries would require a comprehensive reworking and overhaul of their current curriculum of education to integrate technological innovations and Inventions into their main stream educational program through early adoption of scien...
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Education is defined as a process using certain methods to produce knowledge. The era of the industrial revolution 4.0 has an impact on education, namely learning is influenced by technology. Generations that are influenced by technological developments are called digital natives. Digital native characteristics have an influence on the learning of...
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... Comparative performance analyses of the models' accuracy, Kappa values, and areas under ROC curves were reported. According to Matthew et al., (2020), the current curriculum of education needs to incorporate technological innovations and inventions into their mainstream educational program through the early adoption of scienti c methodology, to hybridize the current teaching procedures and practices in addition to several other scienti c approaches. The early adoption of Arti cial Intelligence (AI) technologies will provide potential leverage in the creation of scienti c knowledge in the 21st century using mobile Android computing devices. ...
In the domain of education, the integration of Artificial Intelligence (AI) has ushered in a paradigm shift towards a more technologically-driven landscape, demonstrating its efficacy as an emergency strategy. The pervasive influence of computer technology has catalyzed a surge in online learning within the country, yielding positive educational outcomes. Despite these advancements, a considerable number of educational institutions in Nigeria have yet to leverage AI technologies. Recognizing the expanding significance of AI in education, this study seeks to align with this trajectory by aggregating instances of AI implementation in education from developed countries. The methodology employed involves a comprehensive review of current advancements in AI applications within the Nigerian educational context. The review process, spanning papers retrieved from four digital libraries published between 2008 and 2022, culminated in the inclusion of 73 papers. These selected papers demonstrated the utilization of AI software tools and technologies, adhering to predefined exclusion and inclusion criteria. The findings of the study reveal a prevalent use of AI technologies in education in Nigeria, encompassing evolutionary software modelling, student performance prediction, multimedia e-learning platforms and frameworks, and the incorporation of Moodle learning. This discernible trend indicates a growing demand for the application of AI technology in the educational landscape of Nigeria. However, the study also highlights a discrepancy wherein more sophisticated AI techniques, such as intelligent tutoring systems, learnable robots or agents, web-based educational systems, and learning management systems explored extensively in other nations were infrequently applied in the Nigerian context. In light of these observations, the study proposes that educational institutions in Nigeria should consider adopting AI practices from more advanced nations. This strategic alignment is posited as a means to augment student learning opportunities and bridge the existing gap between the current state of AI integration in Nigerian education and the more advanced applications witnessed globally.
... The year 2019 saw an increase in the market share of the Android Operating System from 85.1 percent to 86.6 percent, refer to table 1. The amount and volume of consumption are anticipated to increase in five years by a factor of 1.7 percent annually, with predicted consignments of 1.4 billion in 2023 worldwide [44]. According to projections, sales of android devices would increase by 1.52 percent in 2019, and all signs point to continued growth in the subsequent years. ...
... According to the International Data Corporation (IDC), between 2020 and 2023's middle, the market will grow by a low point of one percent [46]. The IDC Worldwide Quarterly Mobile Phone Tracker predicted that the number of smartphones sold worldwide would decline by 1.4 percent in 2019 to 1.382 billion units, from 1.402 billion in 2018 [44]. The android and iOS smart phones market is expected to return to optimism by the middle of 2020 with measurements range of 2.9 percent [47]. ...
A macroeconomic strategy for achieving sustainable economic growth is offered by the green economy, with a particular emphasis on investments, jobs, and digital skills among farmers. To hasten and solidify the sustainable changes in consumption and production patterns required Internet of Things (IoT) smart technologies, multi-stakeholder engagements and grassroots digital agricultural implementation for the development of the green economy. A modern and dynamic way to helping farmers, extension services, agri-business, and policy-makers grasp creative solutions to technology-driven food security is the use of IoT Smart technologies for sustainable rural agricultural employment. In this research, a sample size of 385 farmers from Agricultural Development Project in the Selected States of Katsina, Kano and Jigawa were included in the study, which used a survey methodology. Three hundred and eighty-five (385) respondents who provided the primary statistical data for this study through the application of a series of pre-tested and structured questionnaires were chosen using a multi-stage, combined with purposive and random sampling approaches. Descriptive statistics were used to analyse the collected data relating to the study. The research discovered that accurately priced goods, better market placement, and enhanced production methods will all be possible with the use of IoT smart technology connectivity chain in farming as Information communication technology (ICT) in agriculture will give farmers more knowledge and guidance on best practices through the government extension service engagements. The paper concluded that agricultural research and investment will have a big impact on the increase of the food supply due to technological improvements, and this will be crucial for guaranteeing future food security and sustainable food production through innovative IoT farming.
