The main objective of this essay is the future of artificial intelligence (AI). To better understand how AI is likely to develop, I intend to explore its history and current state first. By showing how their role in our lives has changed and expanded so far, I will be able to better predict their future trends.
Nowadays, artificial intelligence is already part of our lives. For example, there are several systems based on AI only in Microsoft Word. The little trombone that tells us how to use Office tools is based on a network of Bayesian beliefs and red and green scribbles that tell us if we misspelled a word or read a sentence of research in natural language. However, you can say that it did not have a positive impact on our lives. Such tools have simply replaced good spelling and grammar with a device that saves time and produces the same result. For example, I compulsively spell the word "successful" and other words with several incorrect double letters every time I write them, it does not matter, because the software I use corrects my work automatically, relieving the pressure. to improve myself The end result is that these tools have damaged rather than improving my written skills in English. Voice recognition is another product of natural language research that has had a much more dramatic impact on people's lives. Advances in the accuracy of speech recognition software have helped an amazing friend who, two years ago, lost her sight and limbs to seize her sepsis. University of Cambridge. Speech recognition had a bad start, since the success rate when it was used was too poor to be useful unless it had perfect and predictable spoken English, but now it has progressed to the point where it is possible to do a translation. on the progress. The system under development is a telephone system with English-Japanese translation in real time. These artificial intelligence systems are successful because they do not attempt to imitate the human mind as a system would likely be subject to the Turing test. Instead, they mimic very specific parts of our intelligence. The grammatical systems of Microsoft Words mimic the part of our intelligence that judges the grammatical precision of a sentence. He does not know the meaning of the words, because it is not necessary to make a judgment. The voice recognition system emulates another subset other than our intelligence, the ability to deduce the symbolic meaning of speech. And the translator on the fly expands voice recognition systems with speech synthesis. This shows that by being more precise with the function of an artificially intelligent system, it can be more precise in its operation.
Artificial intelligence is now at a point where it can provide valuable support to accelerate the tasks people still perform, such as artificial intelligence systems based on rules used in accounting and tax software, improving the tasks. like the search for algorithms and the improvement of mechanical brakes and brake systems. Injection of fuel in a car. Interestingly, the most successful examples of artificial intelligent systems are those that are almost invisible to their users. Very few people thank artificial intelligence for saving their lives by simply avoiding the impact of their car due to the computer-controlled braking system.
One of the main problems of modern artificial intelligence is how to simulate the common sense that people acquire during their first years. An ongoing project, launched in 1990, is called CYC. The objective of the project is to provide a common sense database that artificial intelligence systems can consult to allow them to give a more human sense to the data they possess. Search engines like Google are already starting to use the information compiled as part of this project to improve their services. For example, consider the word mouse or string, a mouse can be a computer input device or a rodent, and a string can mean an array of ASCII characters or a string length. In the type of search function we are used to, if you wrote one of these words, a list of links to each document containing the specified search term was displayed. By using an artificially intelligent system with access to CYC's common-sense database, when you assign the word "mouse" to the search engine, you can ask if you want to talk about the electronic or fur variety. Then you could filter any search result that contains the word out of the desired context. Such a common sense database would also be invaluable in helping an AI pass the Turing test.
In recent times, investment in AI research has also increased considerably. In fact, companies realize the potential of saving time and work of these tools. Artificial intelligence can make existing applications easier to use, more intuitive for user behavior and more responsive to changes in the environment in which they operate. It leads to a collapse of the new capital. However, there is no doubt that Amnesty International has amply reimbursed its thirty years of investment in saving working time and more efficient software. Artificial intelligence is now one of the main investment priorities, with benefactors from the military, commercial and governmental world. The Pentagon recently invested $ 29 million in an AI-based system to help officers the same way a personal assistant would.
Since the birth of Amnesty International in the 1950s, he has moved from mathematics and physics to evolutionary biology, psychology and cognitive studies in hopes of gaining a more complete understanding of what he does. A system, be it organic or electronic, an intelligent system. Artificial intelligence has already made a big difference in our lives in the fields of recreation, communications, transportation, science and space exploration. It can be used as a way to use our time more efficiently to design complex elements, such as microprocessors or other AI. In the near future, it is about to become such an important part of our lives as computers and automobiles, and it can begin to replace people in the same way as the automation of steelmaking in the 1960s and 70. Many of its applications sound incredible, toy robots that help children learn, boxes of smart pills that bother you when you forget to take your medications, alarm clocks that teach your sleep patterns or personal assistants that can learn. continuously through the internet. However, many of its applications seem to lead to something terrible. The Pentagon is one of the largest investors in artificial intelligence research in the world. There is currently a lot of research on AI AI soldiers that look like small tanks and evaluate their targets automatically without human intervention. This device could also be reapplied as a low-cost national police. Fortunately, the dark future of artificial intelligence is still a Hollywood fantasy and the toy that we must care for the most in the near future is defeated in chess by a toy for children.
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