With the current potential of the artificial intelligence industry, the demand for human resources in AI is huge. Google Brain's assessment also shows that the human demand for artificial intelligence is one million people, but only about 12,000 high-quality AI human resources can be met.
What is Artificial Intelligence?
Artificial intelligence (AI) refers to the simulation of human intelligence in machines that are programmed to think like humans and mimic their actions. The term can also be applied to any machine that exhibits features related to the human mind such as learning and problem solving.
It is the industry that creates intelligent machines and systems through the use of computer modeling, engineering and related technology, to help perform tasks that require human intelligence. Overall, it's a very broad discipline, encompassing elements of psychology, computer science, and engineering. Some common examples of AI include self-driving cars, automatic translation software, virtual assistants on phones, or virtual opponents when playing games on phones.
What will Artificial Intelligence learn?
Knowledge of computer technology and mathematics is at the core of most artificial intelligence programs. You can choose from degree programs in artificial intelligence or pursue an AI major from a discipline like computer science, graphic design, information technology or engineering.
The content of artificial intelligence majors will vary from university to university. Students can choose from degree programs in artificial intelligence or pursue an AI major from disciplines such as computer science, graphic design, information technology, or engineering.
Are you suitable for Artificial Intelligence?
Artificial Intelligence is for you if you have the following:
Curious, love to research and create
To get ideas and find solutions to classical problems, you need to constantly ask questions, and identify and understand abstract problems.
For people working in artificial intelligence, finding the right answers is important, but asking the right questions is just as important. From the collected data, you need to dig deep to understand their true meaning and find useful questions for future research.
Ability to learn quickly and be patient
With a new and challenging field like artificial intelligence, students need to persevere in learning and improving to achieve the expected results. In addition, society develops rapidly and so does AI, and people in the industry must constantly update, learn and grasp new knowledge and new technologies.
The current applications of AI can be mentioned as:
Virtual assistant (Virtual assistant)
The basic applications are software such as Amazon Alexa, Google Assistant, Siri, etc. Many virtual assistant software are currently installed in our phones, in order to serve better.
AI has many useful applications in Internet-related technologies, such as digital marketing, online content creation and creation, digital advertising, search on web, Web design, chatbots, Internet of Things (IoT) and other applications.
Digital Marketing (Digital Marketing)
This field has revolutionized modern companies. While the amount of information about potential consumers increases, AI-related technology will be of paramount importance when it comes to data-driven decision making. AI helps find people and customers based on their interests, demographics, and other aspects to learn and detect the best audiences for specific brands.
There are areas where AI-generated content can be useful and help attract visitors to a website. AI can also write reports and news based on data and information. Hundreds of articles can be created with AI technology quickly, which can save a lot of time and resources. Recently, GPT-3 is considered as the most powerful AI in content creation.
The old ways of doing online searches are no longer true. Two use cases where using AI has revolutionized Internet searches and search engine optimization (SEO) are voice search and the Google algorithm, known as RankBrain. These things have changed the way marketers create and optimize their Web content.
With AI, websites can exist without the help of programmers and designers. Applications, such as Grid, use AI to design websites based on information provided by users such as images, text, calls to action, etc. AI can make web pages look professional in a very short time and at a much lower cost.
Consumers are already using chatbots to chat with friends and colleagues without having to wait long for a response. Chatbots automate responses to potential buyers. FAQs and give them a way to find the product or service they're looking for.
Natural and machine learning processing techniques are used by these bots to find the correct answer. Many brands have started using these techniques to communicate with their potential customers through messaging apps like Facebook Messenger, WhatsApp, and Slack.
The main concern in today's digital world is cybersecurity. Malware and virus attacks are common in the cyber world. There is a constant threat of data security to not only individuals or businesses but the government sector as well. AI along with machine learning are used to protect data. AI enables automation of threat detection and combat without human involvement. AI was used for password protection and authentication detection.
AI is used to manage the huge data flows and storage in the IoT network. With high-speed Internet and advanced sensors integrated into microcontrollers (MCUs), AI and IoT are creating a new wave of disruptive technologies.
With the explosion of IoT, there are problems related to data storage, latency, channel limitation, and congestion in the network. One solution to these problems is to use AI in data mining, network congestion management and control. Techniques used in AI include fuzzy logic and neural networks combined with IoT networks.
Finance and economics
Wall Street, the financial district of America, uses complex computer programs to do the heavy lifting. These programs run on their own. A few years ago, the stock market crashed, taking away trillions of dollars in market value, due to a malfunctioning ANI program.
As another example, for example, when you deposit a check using your mobile app, it runs through a fine-tuned ANI system that can read checks much faster than humans. When you shop online, you are essentially feeding data into ANI systems.
Art and design
AI has been used to create algorithmic objects that can be displayed digitally. It can generate new patterns with high speed, good effect and realism. Algorithmic design tools help you build user interfaces, content, and personalize user experiences.
Publishing tools like Readymag and Squarespace have greatly simplified the work to the point where you can get many high-quality templates and designs without paying a designer. There are many other algorithm-based design tools for graphic design including identity, drawing, and illustration.
AI solution providers provide tools and libraries to manipulate images. In the near future, AI will drive the next generation of applications for visual arts and creative design.
An AI model, called CRAFT (Composition, Retrieval and Fusion Network), is being developed by researchers from the University of Illinois and the American Allen Institute for Artificial Intelligence. It can convert the provided text descriptions into video clips of an animated movie. To simplify, the AI matches the videos to word descriptions, builds a set of parameters, and creates the scene.
Exploration and research
The US Defense Advanced Research Projects Agency (DARPA), which is working on the artificial intelligence discovery program (AIE), a key component of the broader AI agency.
AI in space exploration is also gathering momentum. Over the next few years, new missions will be taken over by AI as humans explore the moon and other planets. AI is also being used in NASA's next Mars exploration mission.
The National Geographic Society and Microsoft are working together to figure out how AI can help us understand, engage, and protect the earth.
AI is helping the oil and gas industry conserve ecosystems while discovering new resources.
Robotic and AI have been replacing traditional research and discovery methods in ocean science and technology.
AI is being used to improve the education system. Traditional techniques can be replaced by personalized, adaptive learning that adjusts to each student's strengths and weaknesses. Machine learning can be used to identify students and focus additional resources on weaker ones.
Artificial intelligence-based reading robots are being used in the assessment of student essays in schools. This approach involves combining human intelligence with AI to improve the overall grading system and help students complete their learning better.
ANI-enabled automotive technology is being used in driverless cars. Recently, IBM developed an IoT for cars – a program to eliminate driver errors through connectivity. Because many accidents are caused by human error, researchers are trying to find ways to reduce human error using AI algorithms.
In the future, your car will likely be integrated with complex computer programs. An autonomous vehicle that uses AI, sensors and a global positioning system to drive itself without a human operator.
You may already know about Deep Blue, the IBM chess supercomputer that defeated international grandmaster Garry Kasparov in the late 1990s.
Chinook, a program developed at the University of Alberta, Canada, can beat any human player at the game of checkers. There is also a computer program called Maven for the game scrabble. These are perfect examples of AI.
Recently, AlphaZero, an ANI developed by DeepMind, won 100 consecutive matches against the current best chess program in the world.
Almost every modern video game has an AI component. The video game reviews are based on the quality of the AI.
A new type of AI algorithm being used by Google is Medical Brain to make predictions about the likelihood of death in patients. This technology is the latest attempt to revolutionize healthcare. AI programs are being developed and used in diagnosis, treatment, drug development, and patient monitoring and care.
Today, most doctors use ANI plans. They help doctors accurately diagnose cancer and other diseases. Next, a robotic chemist will use machine learning to study new molecules and reactions.
AI and robotics are enabling new military capabilities and strategies including intelligence, surveillance, and even nuclear weapons systems. AI is used in automatic weapons and sensor systems.
There is a lot of military AI research and development going on around the world thanks to the rapid advancement in the field of machine learning.
What to do after graduating from Artificial Intelligence?
- After graduation, students majoring in Artificial Intelligence can take up the following positions:
- AI Application Development Engineer
- Automation system development engineer, robot
- Data Architect
- Expert in artificial intelligence