Is artificial intelligence superior than human intelligence?

Is artificial intelligence superior then human intelligence? 

 Automation, digitization, high-performance robotics... Every day, media commercials foresee the massive disruption and replacement of humanity by Artificial Intelligence (AI). 

Andrew Ure (Scottish economist, doctor, and founder of the Andersonian Institution) claimed in the nineteenth century that flawless industries would be devoid of labour. Recently, Jeremy Rifkin (an American writer and expert in economic and scientific forecasting) predicted "the end of labour.

" First, what precisely is AI and how does the process https://womenvitamin007.blogspot.com/ work? 

Developed in https://womenvitamin007.blogspot.com/ the United States in 1955 under the direction of young researchers who wished to have computers execute activities that the human brain does, particularly those thought to need intelligence.

These scientists were trained in psychology, mathematics, logic, and electronics. 

The goal was to develop a type of artificial intelligence. It is therefore a method of mimicking human intelligence that is based on the invention and deployment of algorithms in a dynamic computing environment, with the goal of allowing computers to think and behave like humans. 

Artificial intelligence is now defined as the "capacity of a functional unit to fulfil activities normally associated with human intellect, such as reasoning and learning," according to ISO 2382-98. 

We are entering a strange new world with Artificial Intelligence. Scientists now have a massive quantity of data and the computer's ability to process it, not to mention the recent developments in https://womenvitamin007.blogspot.com/ neuroscience.

Work, media, health, finance, the economy, weapons systems, computers, transportation, communications, human services... the list goes on. AI is already causing havoc in our daily lives. And it's not going to end there. Image identification and text analysis are two areas where artificial neural networks are making substantial progress. It has a high hit rate for detecting skin cancer, prostate cancer, and respiratory disorders.

Legal inconsistencies in contracts of several dozen pages are detected by AI faster than by a seasoned lawyer. It operates self-driving cars in congested urban areas with an extraordinarily low accident rate. These neural networks, when combined with other learning systems, are also defeating our finest chess and video game champions. 

On the occasion of the 250th anniversary of Ludwig Van Beethoven's birth, for example, an AI set out to complete this German prodigy's 10th Symphony, of which he penned just the beginning notes before his death.

AI proliferation will primarily boost the dominance of GAFA (Google, Amazon, Facebook, and Apple) and act as a springboard for Chinese online titans Baidu, Alibaba, and Tencent. It is no accident that Google and Facebook employ the vast majority of the world's data scientists. It's a war over artificial intelligence and, more broadly, technology.

The French government plans to invest more than €2 billion in a "ChooseFrench" initiative over the next five years. This initiative also intends to recruit foreign talent and high-level worldwide AI experts in order to assure subject matter education. 

Today, we're also seeing an academic and media bubble form around AI. Global research in this subject is expanding, as seen by the increasing number of scholarly journals, indicating potential outcomes. AI has detractors who point out the flaws of technology, raising the question, "Are we truly in danger?" Will the triumph of the machine? Responding to these concerns prompts us to wonder where the human brain gets its intelligence.

The brain has a blood vessel network that spans about a hundred kilometres. It also has two hundred billion cells and weighs roughly a kilo and a half.

Everything in the brain begins with two cells talking with each other at a certain spot and then diffusing. 

A single cell may make 5,000 connections. 

Multiply this amount by the two hundred billion cells in the brain to get an idea of what drives brain intelligence. In other words, a million billion interactions. In three words: really nice machine.

However, the brain also includes sentiments, emotions, and the memory of the intricate relationships of social, familial, spatial, and cultural life. A mathematical mind that is both polymathic and critical. 

The https://techtimetas.blogspot.com/ brain, on the other hand, spends its time predicting probable circumstances based on the information it receives from our senses. It places them in context with what it already has in memory.

As a result, the brain is continuously attempting to predict and anticipate what will occur. The brain is also active around the clock.

The brain is an awareness that is linked to the decisions it must make amongst the various possibilities that may develop.

According to the Salk Institute, our brain has the potential to store one petabyte of data (memory or data storage capacity equivalent to 2 to the 50th power of byte).

Each GAFA's Artificial Intelligence would be able to store a thousand times more data. Certainly, AI systems are capable of outperforming us in their areas of expertise. They think faster, with more knowledge, and with more consistency than humans. 

Algorithms, on the other hand, are satisfied to react to incredibly specific tasks and are unable to think outside their area, motivating academics to work actively on the development and enhancement of intelligent machines. 

AI has a far broader range of applications. The explanation for this is simple: the human brain has several capacities, ranging from reflex activity to "reflective" processes. 

It is impossible to conceive coding and algorithms capable of replicating Artificial Intelligence with analytical and critical awareness capable of replacing the human brain. A robot thinks, yet it lacks spirit. A neurone is living, but a silicon component https://techtimetas.blogspot.com/ is not.