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David Yang: "Artificial Intelligence is Dumber Than a Bee. For Now."

Progression of Artificial Intelligence technology: AI is dumber than a bee for now | ABBYY Blog Post

The nervous system of a mosquito consists of about half a million neurons. That of a bee – of 800,000 neurons, of a dog - of 160 million neurons. A human has 85 billion neurons in the system. Modern computer systems contain only a few hundred thousand neurons and in rare cases, a few million, which, in terms of intelligence, is comparable to a bee. Bees are technically 100 times dumber than dogs and 100,000 times dumber than humans.

However, if computer technologies continue to develop at the same speed, then, according to futurist Raymond Kurzweil and other researchers, desktop computers would outsmart or even surpass the human brain in computational capabilities by 2030-2040.

Does this mean that robots will triumph over people in 2030-2040? Not quite. But the future will still be exciting. Artificial intelligence will learn to create other artificial intellects more efficient and powerful than human-designed systems. And, by that time, AI will be in use in every business, in all parts of our life.

The evolution of the electronic intellect

In the 1990s, the first AI technologies required rules. Engineers and experts labored long, teaching intelligent technologies to produce and test different hypotheses and rules. This is how text is recognized when there are millions of fonts: an expert lays out letters on the elements and creates a rule: if you see a small bar attached to the left side of a circle, it is the letter "p". Other hypotheses are developed when recognizing the circle and the bar - these are "p", "d" or "b", and are either proven or refuted. This is how ABBYY FineReader software learned to recognize even fonts it has never seen before. That was magic.

Modern machine learning technology is even more magic. Modern artificial intelligence does not need to define data structure and invent rules. You just need to feed in a million texts and show it a thousand characters, similar to the letter "p". The artificial neural network will learn from these examples, find consistent patterns in them and start generating its own solutions, picking all the "P”s. This is very similar to a black box and to how a human thinks: the neural network builds its own neural connections in such a way that enables it to understand incoming signal.

More advanced artificial neural networks are capable of training themselves without any human input. There is no need to show them letters "p", the system itself understands that sentences consist of words, that words comprise letters, and that the English alphabet for example, consists of 26 letters. This is the highest league – the self-learning neural networks. A similar network taught itself to play the game Go and won with a score of 100: 0. That is, despite the number of combinations in Go exceeding the number of atoms in the universe. And the game cannot be won by  force.

Self-learning artificial neural network is already able to select cats or dogs from images of a million animals. Next is the ability to distinguish between soft and hard objects, between water and trees. Intelligent technologies understand the meaning of words and sentences in vast complex texts, they are able to extract the necessary information, for example, about persons, dates, locations and see connections between them. Neural systems have already started to learn how to make complex decisions.

General AI Challenge

If a self-driving car sees a person running across the street, it will either brake or move to the sideline. But the situation may be complex: suppose a group of children is crossing an icy road while an elderly man stands on the roadside. Any outcome suggests a victim. What must AI do when critical sacrifices are inevitable? Should we entrust this decision to the "black box" of artificial intelligence or should we introduce rules in such a situation? We still have to answers to many questions about how intelligent systems should operate.

What is around the corner?

Progress in technology is irreversible. “AI is the new electricity,” said Andrew Ng. The question is whether we will use its high-voltage wires for development or get a short circuit.

We can expect real business to apply intelligent technologies in the near future and see a rise in efficiency as AI helps make business decisions. These are the projects we see already.

  • In banks, new technologies are much faster in analyzing documents for customer-onboarding, assessing risks when issuing loans, and identifying financial irregularities.
  • In large corporations, AI checks tender documents and determines the best supplier.
  • In telecom and retail networks, AI can process client requests, respond to comments in social networks, analyze open sources and internal documents to identify reputational risks.

In construction and manufacturing AI sends notifications about various incidents to quickly fix a workplace emergency, verifies project documentation and helps reduce project costs at an early stage. Another emerging trend is the recognition in the video stream. When you point the camera at any surface or object, such intelligent technologies instantly extract information. Very soon they will be used everywhere to recognize data from documents - passports and id-cards, driving licenses, as well as car numbers, signs, counters, monitors and much more.

In addition, systems that analyze images from video cameras and instantly understand what is happening will soon come into everyday use. They will be able to understand who went to the pool - a dog, a child or a deer, to analyze the actions of the object and decide how to react. In retail outlets, analysis of the video stream will allow owners to monitor and evaluate the behaviors of both personnel and buyers. So, the elements of artificial intelligence will be present in all spheres of life.

Will artificial intelligence replace people and provoke unemployment? I don’t think so. Most likely, we will simply reduce the working week to 3 or 4 days. The rest of the time can be devoted to self-development.

This is an abridged translation of David Yang's article on the progression of Artificial Intelligence technology

The full-length version of the article is available here in Russian: http://www.forbes.ru/karera-i-svoy-biznes/354741-david-yan-iskusstvennyy-intellekt-glupee-pchely-poka

Artificial Intelligence (AI)
David Yang

Founder and Chairman of the Board, ABBYY

David Yang is a Silicon Valley-based serial entrepreneur, founder and Board Director at ABBYY, co-founder of Yva.ai, and a member of the Band of Angels. He started his first company, ABBYY, in 1989 when he was a 4th-year student at MIPT. Today ABBYY has over 1,000 employees and is a leading developer of Artificial Intelligence, Content Intelligence, Optical Character Recognition, and Text Analytics software with offices in 11 countries. Thousands of companies and more than 50 million users in 200 countries rely on ABBYY applications and solutions.

Currently, Dr. Yang is dedicated to Yva.ai by Findo, an ABBYY spin-off he co-founded in 2016. The company is developing an AI-powered real-time employee analytics and performance management system helping organizations save millions of dollars by predicting employee resignations, detecting interpersonal conflicts, and more.

Dr. Yang started a variety of business, creative, and educational projects: he created Cybiko, a pocket communication computer for teenagers (1998-2003); co-founded iiko, a software company focused on solutions for the restaurant and hospitality industry (2005); co-founded Plazius, a mobile customer loyalty and payment platform (2013); founded a number of creative art-based ventures including FAQ-Café studio (2004) and DeFAQto (2010); co-founded Ayb Educational Foundation and Ayb School (2005); published a book on healthy eating "Now I Eat What I Want!" (2013).

Dr. Yang holds numerous patents and has published several research papers and articles. His areas of interest include AI, modern art, architecture, and education. The World Economic Forum in Davos named him as one of the top 100 World Technology Pioneers.

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