Artificial intelligence is a technology that relies on high computing capacity to handle large amounts of data, giving computers the ability to perform exceptionally well for tasks that require a certain level of human intelligence.
These tasks include operations such as visual perception, speech recognition, decision-making, and information analysis. You can see this clearly when you find the machine capable of translating huge amounts of written data into many languages in just a few seconds. For example, an online Skype interpreter can help you communicate in eight languages for voice calls, and in more than 50 other languages at the moment.
Algorithms »
The computer performs the tasks through programs that are built and introduced to it and make it recognize them, and then the computer follows the logical steps built within the program until it reaches the desired result. To build these programs, we rely mainly on algorithms, which can perform calculations, data processing, and logical reasoning. Thus, some algorithms were used to design computers capable of learning without human intervention, which led to the emergence of a term called automatic learning.
Machine Learning
Computer learning technology enables computers to learn on their own and eliminate their need until they are programmed by humans. The process of data learning is similar to the process of data mining. Both processes look for specific patterns of data. Instead of extracting data in the case of data mining, the process of automated learning uses algorithms to analyze data and build programs accordingly automatically. .
The prostheses used by people with disabilities are one of the best examples of automated learning. As these devices are equipped with sensors to identify the movement of the person, adjusting the artificial limb with the normal movement of the body, and adjust the speed of movement of the body. If we take a closer look at these smart artificial limbs, we will find that algorithms are the main driver behind that, which makes the parties constantly re-adjust themselves, adapting to changes in the pattern of motion, and others.
Narrow AI »Narrow AI»
Narrow artificial intelligence (weak) is used only for simple tasks. This kind of artificial intelligence sets rules, algorithms, to solve simple problems without having to change or modify algorithms. One of the best examples is the Virtual Assistant, which answers questions that are specifically designed to understand and answer them.
General Artificial Intelligence »General AI»
Artificial intelligence (also known as strong artificial intelligence) is the technology that develops artificial intelligence that simulates human intelligence. Powerful artificial intelligence starts with first identifying and performing simple tasks, then adapts to complete a wide range of different tasks and solve many problems faster and better. To do this, a network of algorithms that can recognize and evaluate the reviews and assessments is developed and refined accordingly.
Thus, general artificial intelligence can be said to be a computer that can develop itself continuously and continuously until it reaches the supernatural intelligence that surpasses human intelligence. Some scientists, such as Stephen Hawking, predict that this kind of artificial intelligence will trigger a technological breakthrough and revolution known as "technological exclusivity," which will create new ways to grow human technology, leading to unimaginable miracles in human civilization.
Robotics »Bot»
It is software that has been built to accomplish some of the tasks that you usually do yourself, such as making a reservation in a restaurant to eat food or record a schedule in your calendar. Common examples are talking robots, which create and simulate dialogue or discussion. Another good example is the search engines spider, which scans the Internet and indexes new pages in search engines.
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