Just imagine, a machine that could clean your messy room or serve everyone with a glass of water whenever needed that can make your life easier — no disturbance while your study times or no interruptions in playing your video games, isn’t it? These are the products of Artificial Intelligence. But, why we use the term “Artificial Intelligence”? Well, because these machines are incorporated with human-like intelligence to perform tasks as we do, this wittiness is built using complex algorithms and mathematical functions.
AI= learn, think and behave like humans!
You typically deal with AI on a regular basis, even though you aren’t sure of it. AI is used in cars, smartphones, social media feeds, video games, banking, surveillance and many other aspects of our daily life.
Let’s start by learning what artificial intelligence is and how it works. AI is undoubtedly one of the most thrilling developments that we are now seeing as humans.
In the next part of this article, let us take a look at what are the components in AI, how do AI works, and the applications of AI.
The Foundational Pillars of Artificial Intelligence
Many of AI’s groundbreaking technology, such as “natural language processing,” “machine learning,” and “predictive analytics,” are well-known buzzwords. Computer programs that can understand the sense of human language, learn from experience, and make forecasts, thanks to cutting-edge technology.
Understanding AI jargon is important for having a productive discussion about the technology’s real-world applications. The inventions are revolutionary, revolutionizing how people deal with data and make decisions, and they can all be interpreted in simple terms which are given as follows:
Machine learning | Learning from Experience
Neural network | Making associations
Deep learning | Self-educating machines
Natural language processing | Understanding the language
Cognitive computing | Making inferences from context
Computer vision | Understanding Images
How does AI work?
AI is often mistaken on an island of robots and self-driving vehicles, according to popular belief. This method, however, overlooks artificial intelligence’s most important functional application: processing the massive volumes of data produced every day.
Insight collection and job automation can be done at a previously impossible pace and size by creatively adding AI to such systems.
AI systems conduct intelligent searches through the mountains of data provided by humans, reading both text and photographs to uncover correlations in complex data and then acting on their findings.
The automated switching of appliances at home is a popular AI feature that we see today.
The sensors in the room sense your presence and switch on the lights as you approach a dark room. This is an example of a computer with no memory. Any of the more advanced AI programs can also anticipate your use patterns and toggle on appliances without your specific command.
Some AI programs can recognize your voice and execute an action in response. When you say “turn on the TV,” the television’s sound sensors hear your voice and turn it on.
You will do this all day with the Google dongle and a Google Home Mini.
Applications of AI
AI has several amazing use cases, some of them are as follows:
To support drivers, AI features such as self-parking and sophisticated cruise controls are available. AI tools are being used to improve traffic control systems, which has resulted in a 25% reduction in wait times, fuel usage, and emissions.
In non-ergonomic industrial environments, a robot is used. Also, to stop output failure, robots use predictive smart maintenance. For example, robot can warn Early of potential quality problems in the assembly line as a result of system activity or raw material quality.
Faster diagnosis can be achieved based on a patient’s health records and other relevant information (IBM Watson | IBM). Moreover, scanning medical photography has become a lot easier in order to identify a disease. In some hi-tech hospitals, a robot can also perform routine tasks in surgery and hospital treatment.
4. Digital Assistants
In the public domain, voice recognition apps are popular, and there are many digital assistant services on the market that communicate with users and offer information content tailored to their needs on everything on the planet. The most common digital assistants are Siri (Apple), Alexa (Amazon), Google Now, Cortana (Microsoft), Facebook Messenger, Blackberry Assistant, Teneo, Speaktoit Assistant, Hound, and Braina. This app is either integrated into end-user products like phones and tablets, or sold separately as Amazon Echo, Google Home, and other smart speakers.
5. Video Games
The Grand Theft Auto games, which have pre-programmed “traffic rules, roads, and car physics” have been used to provide a safe and realistic environment for testing self-driving car algorithms. Not only is it safe and realistic, but it is also up to 1,000 times faster to collect data in a virtual environment compared to the real world.
In areas as diverse as marketing, healthcare, financial management, and more, AI is redefining how corporate operations are carried out. Companies are constantly looking for new opportunities to profit from this technology. It makes sense for practitioners to develop experience in AI as the effort to strengthen existing processes continues.
As we’ve seen, AI is a broad term that encompasses a variety of technologies. Any of these innovations necessitates a comprehensive definition. It’s tough to stay up with these developments and appreciate their variations. Keep up with the latest updates and stay tuned for our future blogs.
Reading all this would make you want to learn AI now. But where should you find a place to learn and explore the lengths and depths of AI? Wait. Did you just take our name? We heard you! Sign up for the latest AI courses on Rancho Labs now and experience one of a kind learning!