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How Does Technology Help To Develop The World

How Does Technology Help To Develop The World

The tech can be regarded as the primary source of economical development and the many technological changes contribute somewhat to the creation of underdeveloped countries.

Technological progress and economic growth are truly related to one another.

The degree of technology can be an essential determinant of economic development. The accelerated speed of growth may be achieved through a high level of technology. Schumpeter found that technological or innovation advancement is the only determinant of financial progress. 

However, if the level of tech gets constant the procedure for growth stops. Ergo, it is the technological advancement that keeps the market moving. Inventions and innovations are largely responsible for accelerated economic growth in developed nations.

On the surface of the outbreak that is continuing, 1000s of schools, educators, and students all over the globe had to switch to remote learning and teaching nearly immediately. 

While some of those could continue instruction with the help of educational technologies and online learning, many still question the efficacy and degree of engagement of their latest.

Artificial Intelligence (AI) has been around on the radars of the instruction agenda for some time. AI applications have promised to ignite innovation in education and to make it more personalized and more effective. It seems however that AI was not yet executed at scale in the current catastrophe.

In this interview, doctor Inge Molenaar, Chair of the 20-19 edition of this ICT Prize, tells us about the gap between intelligent and non-intelligent technologies, existing AI software in education, and also risks and chances these applications might make.

Doctor Molenaar is Assistant Professor in Radboud University Nijmegen (Netherlands), devoted to artificial intelligence and instruction.

Would you reveal more the gap between adaptive intelligent and non-intelligent electronic technologies?

Although we all shifted to internet learning and using digital materials, many educators and learners were not prepared for this abrupt change to full internet learning. 

Distance learning does not always allow instructors to make alterations and support students, as they’d do inside the classroom. 

As a result, students may discover that the digital learning stuff is either too straightforward or too complex, which might result in disengagement and also a reduction in learning outcomes. Adaptive intelligent learning technologies might help to overcome these problems.

This type of technology uses algorithms to successfully adopt digital learning materials for students’ demands by tracking students’ performance, Assessing their skills, tracking their progress, and predicting their development. 

This permits students to learn at their own pace and reduces the demand for constant teachers’ oversight, feedback, or alterations to the substances.

Compared to these elastic learning technologies, a wide array of non-intelligent electronic learning technologies are all readily available. 

When these technologies don’t make intelligent adjustments, they do regularly provide students with direct teachers and feedback with dashboards to follow along with students’ progress. Nonetheless, they are designed to be utilized as a supplement to teachers’ guidelines, and kids may face difficulties in working together with them individually.

Could you provide us a few examples of AI in education applications during the pandemic?

In the Netherlands, we are using elastic learning technologies at scale in primary and secondary instruction. These technologies correct stuff to the requirements of students and provide teachers with extensive insights into their students’ progress via dashboards. 

During the pandemic, several brand new functions have been added to those flexible learning technologies to home instruction. As an instance, integral communicating modules enable teachers to talk straight for their students. 

Another option includes the option to have live’ virtual courses. From the live lessons, teachers give teachings via the communicating modules, such as adaptive learning technology Gynzy integrated Microsoft teams. 

Ergo, students associate by using their laptops along with following lessons at a distance, and teachers may provide extra schooling and feedback directly to individual students. This permits for societal presence and a feeling of community, albeit students usually do not observe each other emotionally.

Can the present learning crisis scale up the use of platforms that are smart and AI in education in general?

Now many countries are scaling their electronic technology, yet I am not sure if all authorities and schools agents are aware of the gap between digital non-intelligent and adaptive intelligent technologies. 

They’d call for additional aid and explanations of exactly what AI can do in this particular circumstance. Many good digital materials for schools exist, but when AI is used properly, we can improve homeschooling even more.

At the same period, several types of AI software exist. We know that adaptive learning technologies such as assessment and schooling are particularly popular. 

However, currently, we see a brand new evolution, for example within the Prize software, namely detection technologies. 

Take such as this season’s prize-winners. The identification of dyslexia can be achieved based on the form of mistakes a student makes on a specific problem-set (Dytective) and will subsequently be utilized to select games that help dyslectic students advance reading abilities. And centered on students’ writings – the functional writing skills of students may be measured (Letrus) and additionally supported with corrected training opportunities.

While AI has the potential to increase home instruction during the Covid-19 crisis, this catastrophe can also help improve AI. With the aid of these internet adaptive learning technologies, teachers follow students’ progress via dashboards, create the alterations and give feedback that the tech was not able to execute. Because this happens via this technology, teachers help their students, while supplying valuable tips to improve the AI.

Do You Believe AI Can Increase Inequalities?

AI applications in education may be both a threat and an opportunity for inequalities. On the one hand, all these technologies might just become available for children in wealthier countries. 

On the other hand, intelligent flexible learning technologies are more helpful when children learn in the home, as they’re corrected to students’ needs. 

This is very likely to improve education success even for kids from less supportive home environments. Moreover, this poses an excellent opportunity for people who have special education needs or require personalized instruction. 

Thus, it’s necessary to see the relative benefit of adaptive learning technologies and ensure they have been available at scale so that they become sustainable and certainly will support homeschooling throughout the crisis in the future.

The increase of net national income in technology developed countries cannot be claimed to have been thanks to funding. Kindleberger observed that a major portion of the increased productivity is a result of technological shifts. 

Robert Solow estimated that technological change accounted for about 2/3 of the growth of their U.S. market; afterward enabling growth in the labor force and capital stock.

In reality, the technology can be considered primary origin in economical development and the many technological changes contribute considerably to the creation of underdeveloped countries. The effect of technological change on production functions could be exemplified with the help of diagrams that are following.

In the above characters 1 to 3 ep’ is an isoquant of production role before the technological change and R’ represents the same quantities output after the invention from the initial figure. The innovation is neutral concerning capital and labor. The new production function ep proves that exactly the identical output can be produced with less labor and less capital after technological progress.

The next figure indicates that innovation is labor-saving and R’ suggests that the same output may be manufactured using lower inputs but the economy of labor is more compared to that of capital. The third figure shows that the invention is funding saving and R’ shows that the same output can be produced by less input after technological change however saving of capital is greater than that of labor.

It is generally presumed that technological progress is even more important than funding formation. But the main city formation can draw about economical development to a minimal degree and also the advancement stops if there’s not any technological change. 

A country cannot stay dependent on the export of technologies. A nation that spends on science and technology research will tend to develop faster than the other country amassing more funding but spending on technology.

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