Technology is evolving and so should the way we deliver content about it. We live in a digital world. Computers control our modern life and the majority of our activities are related to IT. We use computers to study, work, live and communicate with people all around the globe. Today, computers are an important part of our everyday lives. But how does it all work? Computers can do so many things, but who decides what computers should do? That is where artificial intelligence (AI) comes into play, making computers seem much smarter than they are.
The current trend in technology is Artificial Intelligence. It’s not just a trend and AI is going to be one of the biggest fields in our generation and future generations. Our mission will be to remain on top and provide updated content about AI with the latest news, new technology, product releases, etc.
What is artificial intelligence? A Brief History of Artificial intelligence? And why is it important to explore and learn about AI today? You will find the answers in this article and one more thing there is a surprise for you guys at the end of the post. So make sure to go through the article.
What is Artificial Intelligence?
Artificial intelligence (A.I.) is a term that refers to a set of computer technologies that allow computer systems to perform functions that, in most cases, are considered to require intelligence when performed by humans. When we talk about artificial intelligence our mind begins to wander imagining robots and computers becoming self-aware and taking over the world like they do in many science fiction movies.
In reality, this is not a very likely scenario, but there are applications of AI that presently exist or are being developed which demonstrate how powerful the technology can be.
History Of Artificial Intelligence
The term Artificial Intelligence (AI) was coined in 1956 by John McCarthy. Initially, AI research consisted of Eastern European cyber physiologists who researched AI from the perspective of computer programming and attempted to use machines to simulate intelligence.
In the 60s and 70s, AI research took a blow as most experts believed that it was too difficult because they did not fully understand how to build machine capabilities.
In the 1980s, AI development started due to advances in computing and robotics. Governed by strict security restrictions, the defense industry led to many breakthroughs in intelligent weapons technology during this time. This is also when expert systems were introduced, which are programs that answer specific questions based on knowledge acquired from other experts in a specific domain.
In the 1990s there was significant growth throughout many industries including medical diagnosis, manufacturing, telecommunications, and stock markets analysis.
Elements Of Artificial Intelligence
There are many deep technologies—machine learning, natural language processing, computer vision,…A.I.
Artificially intelligent systems have gained a lot of popularity lately with the development of Deep Learning and neural networks, for which you can thank computer giants such as Google, Facebook, and Microsoft.
There are three key elements that makeup A.I:
Machine Learning:
Although machines are computers, they can only be programmed (or “learned”) to do what they were explicitly programmed to do. Instead of programming, you can teach them, for example, they can “learn” patterns of data. Machine Learning, or ML for short, makes use of computational power to analyze large amounts of data in order to find patterns that humans might have missed.
ML can be used in many fields and is most common in the context of big data analysis and predictive modeling. One such area is the field of law enforcement, where it can track criminals based on their pattern of crime events.
We will talk more about ML in detail in our upcoming blog post. So stay tuned with us for more such posts and articles.
Deep Learning :
Deep learning (DL) is a branch of machine learning based on a set of algorithms that attempt to model high-level abstractions in data by using a deep neural network. The term “deep”, in this context, refers to the number of hidden layers within the network.
In recent years, Deep Learning breakthroughs have propelled many applications into the realm of achievements once thought to be only possible with human intelligence. Deep learning is an essential tool for the modern AI industry, with more and more real-world applications being built at scale.
Artificial neural networks:
The artificial neural network (ANN) is a computational model based on the ideas of the brain that uses an algorithmic framework to try and implement aspects of the human brain in an effort to establish intelligent behavior.
Artificial Neural Networks allow a computer to process data by utilizing computational models comparable to the neural networks in a brain. This technique, which falls under machine learning, solves problems more complex than would be otherwise possible by programming alone.
Computer Vision:
Computer vision (also known as video analysis, computer video analysis, and image processing) is a field of research incorporating methods from both artificial intelligence and computer science.
It can be used to analyze and understand images and videos. Computer vision may be mainly applied in the fields of human-computer interaction, Web content extraction, and video surveillance
Computer vision aims to understand things like people’s gestures, emotions, topics of discussion in face-to-face conversations, smart home environments, or automobile controls while browsing Web content.
Natural Language Processing:
Natural Language Processing (NLP) is a type of computer science for understanding and processing human language, in particular, text. NLP methods are deep, domain-specific sciences that draw on this diverse background of academic research. There are many types of linguistic phenomena that cannot be processed with existing tools or surveys in one area of computational linguistics.
How Does Artificial Intelligence Work?
As the hype around “Artificial Intelligence” has increased, vendors have been racing to present how their products use AI. Often what they term AI is simply “machine learning” but some terms, such as “Artificial Intelligence,” are also used to mean computer programs that teach themselves. One component of AI is “deep learning” or machine learning, sometimes called “deep learning.” In order to use
According to the traditional view, A.I. systems work by taking a close look at the large amounts of labeled data and determining how much training data can be used to make predictive judgments about future states. In the case of text chats and images, the systems ingest and “eat” large amounts of data to learn.
AI systems can be used to deliver the three main functions of cognitive capacity: learning, reasoning, and self-correction.
Learning processes: involve the acquisition of data and the creation of rules used to take the data and convert it into information that can be acted upon. The rules, which are called algorithms, provide computers with step-by-step information on how to perform a specific job
Reasoning processes: This aspect of AI is concerned with choosing an appropriate algorithm to reach a goal.
Self-correcting algorithm: When a computer learns and is asked by a human, the computer is able to correct itself.
Types Of Artificial Intelligence
Artificial intelligence can be classified into three categories based on what it can and cannot do. They are strong, weak, and super. To learn how and why you need not be concerned about the same technology. Let’s look at their types.
Artificial Narrow Intelligence:
Artificial narrow intelligence (ANI) is a type of artificial intelligence (AI) that encompasses those systems that mimic and replicate certain human behaviors. It is the internal logic or program that is able to run an algorithm.
Artificial General Intelligence:
Artificial general intelligence (AGI) is an engineering and scientific field concerning the construction of intelligent machines that resemble the cognitive capacity of humans, and also the technology necessary to produce such machines.
Aritificial Super Intelligence:
A machine or computer system that mimics cognitive functions of the human brain or that has abilities greater than those found in humans is considered an artificial superintelligence system. Artificial superintelligence will bring about a fundamental revolution in the pursuit of intellectual goals.
Applications Of Artificial Intelligence
Most of us interact with Ai systems, even though we aren’t aware of it. Let me show you some of the Ai applications in our daily life.
Chatbots:
Nowadays thanks to the development of Artificial Intelligence in the IT field, many different tasks can be automated which are usually done by humans. Chatbots substituted a lot of menial household jobs so that people can focus on creativity and management. Most importantly this automation takes place without restrictions of working hours or location like telesales agents do.
Voice Assistants:
How we can use technology to make our daily lives easier? This is exactly what artificial intelligence and voice assistants are trying to achieve. As Siri, Alexa and Cortana are becoming more interconnected with our digital devices and have a profound influence on how we interact with these devices, it becomes increasingly important for us to understand the ripple effects this strategy has on our lives.
Today many successful virtual personal assistants provide their service by hearing your commands with their sensors and microphones turned on all the time.
Autonomous Cars:
Artificial Intelligence will assist with the creation of fully autonomous vehicles, but these vehicles currently rely on human intervention. The “Autopilot” feature on Tesla cars is a good example.
With the latest advancements, autonomous vehicles are being able to analyze the huge amounts of data from their cameras, various sensors, and GPS that enables them to see, hear, think, and react — just like a human driver.
Cybersecurity:
As cybercrimes grow in number and complexity, artificial intelligence and ML are enabling companies to find and fix these systems’ vulnerabilities. These computer programs can help companies proactively detect vulnerabilities and suggest methods to counter these threats.
AI can also strengthen cybersecurity systems by enhancing human efforts. With behavioral analysis, AI can help identify potential threats and potential risks in time, thus raising the overall security levels of a network.
AI in Gaming:
The gaming industry is growing day by day. With the advent of Artificial Intelligence, the gaming industry has reached new heights. In this article, we will discuss the application of Artificial Intelligence in gaming and its benefits.
Artificial intelligence has already started to make waves in the gaming industry. In fact, many experts believe that it will play an even more important role in the future of gaming. Here are just a few of the ways that AI is being used or can be used in gaming:
1. Enhancing the gaming experience.
2. Improving game design and development.
3. Enhancing player interactions.
4. Facilitating learning and mastery of games.
5. Improving game analytics.
6. Generating new gameplay possibilities.
AI in Finance:
The finance industry is one of the most important and complex industries in the world. It’s also one of the industries that are most likely to be disrupted by artificial intelligence in the coming years.
There are already a number of companies that are using artificial intelligence to improve the efficiency and accuracy of financial decisions. Finance professionals are quickly learning that artificial intelligence can be a powerful tool for improving their workflow.
AI in healthcare:
One of the most obvious applications of AI in health care is in the field of diagnosis. AI algorithms are already being used to help doctors with tasks such as identifying tumors and diagnosing diseases. In fact, there are now several AI-based diagnostic tools available, including a computer system that can diagnose skin cancer on the basis of photographs.
AI is also being used to develop new treatments for diseases. For example, researchers at MIT are using AI to develop new cancer treatments that target genes unique to each tumor.
Future Of Artificial Intelligence
Man has always been fascinated with the prospect of creating intelligent life. In ancient myths and legends, we told stories of creatures who were smarter, stronger, and faster than us. Today, we’re closer than ever to making those myths a reality.
The future of AI is both exciting and uncertain. There are countless possibilities for what AI could achieve, but there are also dangers to consider. As AI continues to evolve, we will need to make sure that it remains under our control. Otherwise, it could become a threat to humanity. Despite the risks, the future of AI is bright.
Additional Resources:
There is a small gift for you guys. If you want to learn Artificial Intelligence for free. Here are some courses for you guys. Go and check out.
- Introduction To Artificial Intelligence – Simplilearn
- Artificial Intelligence – Edx
- Introduction To Artificial Intelligence With Python – Edx
- Elements Of Ai – Elements of Ai
- Artificial Intelligence For Robotics – Udacity
- Intro To AI – Udacity
Conclusion
In this rapidly changing world, it is becoming more important than ever to stay ahead of the curve. One of the most rapidly-growing and rapidly-changing industries is artificial intelligence. As more and more businesses adopt AI, it is important to understand what it is and how it can benefit your business.
In this article, I have attempted to give a broad overview of AI and its many applications. I have also discussed some of the benefits and challenges of implementing AI into your business. While there are certainly many more things to be said about AI, I hope this article has given you a basic understanding of the topic and has sparked your interest in learning more. For more technology-related blog posts Check out our recent post.
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