For many reasons, artificial intelligence has become an important factor in solving complex problems that appear to be beyond the level of human capacity. Artificial intelligence is basically the science and engineering application in creating intelligent machines with an aid of computer software. It utilizes the use of computers to capture human brain activities in a limited territory.
Artificial intelligence can be rooted from the aspirations of man in developing
systems that could mimic human thinking by providing rational reasons or interpreting an environment under real-time conditions. It has totally revolutionized the world of business, education, military, medicine, and other fields. The integration of artificial intelligence in the computer revolution has made some great impact in the daily lives of people.
Artificial intelligence demonstrates some series of advantages as seen in various manufacturing processes including cost reduction, the speed of production, and material waste reduction. With the inclusion of artificial intelligence, it is expected that the use of machines will likely solve many daily life problems. This would eventually create a vast imagination on how we are going to live in the near future.
Classifications of artificial intelligence
Since artificial intelligence often deals with machines with the ability to perform human intelligence, researchers believe that there will come a time when machines and humans will coexist. There are three known classifications of artificial intelligence namely:
Narrow AI or weak AI
A type of machine designed to perform a single specific task usually by means of repetitive services.
It is a type of machine that performs at least as smart as a human being. It is expected to equal or exceed human intelligence according to a specific task.
Though this type of machine has yet to exist, the idea of super AI is to have an intellect that is smarter than human intelligence in all fields including creativity, learning capacity, and interaction skills.
Diverse application of AI
From banking, transportation systems, medical institutions, and telecommunication industry, the use of artificial intelligence has gone beyond its potential since the invention of computers during the mid-20th century. AI researchers so far have formulated all the solutions related to problems of computer science whether in the areas of programming, data structuring, and file storage management systems. Researchers continue to develop the potential of Artificial Neural Systems which are widely used in many electronic machines today. These forms of AI systems consist of interconnected microprocessors that work together similar to human intelligence. They enable machines to recognize entry codes, determine stock market predictions, or risk assessments seen on various diagnostic machines.
Artificial intelligence represents significant data and analysis displayed on different high-tech machines to interpret visual inputs. Military organization, for instance, use satellite images from drones or spy planes to analyze situations on the ground. In the field of medicine, artificial intelligence systems provide relevant data from MRI scanners to facilitate medical diagnosis.
Artificial neural systems also have the ability to recognize human speeches and respond according to verbal instructions like locating names from smartphones or write messages. The invention of stylus enables humans to write texts to a digital pad and the computer will convert them to digital text format. This system is useful for people who have no access to an external keyboard or banking industries where signatures and filling up of application forms are required. Banking industry uses artificial intelligence systems to protect clients from fraud and false claims while preventing illegal transactions or unauthorized money transfer.
AI contribution to robotic systems
In relation to automotive and construction industry, robots became a great fit to carry out specific tasks that are not safe for human operations. Robots are designed with combinations of artificial intelligence systems including sensors, processors, and memory components to perform various operations instructed by human controllers. They are also built with control systems and installed software programs to handle the task with accuracy and speed.
Through sensors, these intelligent robots can respond to many environment situations and provide relevant information from any detected movement, light source, and changes in temperature. Robots are utilized in sensitive operations that can be unsafe to humans like bomb disposal, mining exploration, and inspection of nuclear power stations. Beyond today’s artificial intelligence applications, robots are at the core of much technological advancement that will totally shape our way of life in the future.
Research coverage for artificial intelligence
From web searching to interactive video games, artificial intelligence is all around us. Research for artificial intelligence is vast and highly technical in many ways. The domain of artificial intelligence can be described in several areas of research fields in the efforts to create intelligent systems similar to human capability.
Speech and voice recognition primarily focus on the areas of robotics, natural language processing, and verbal comprehension. Another interesting field is the development of expert systems like what we see in flight tracking devices and laboratory machines for clinical studies.
Researchers give more emphasis on the ability of artificial intelligence to solve mathematical computations, adapt to the real-world environment, and convert raw data to interpretative meaning. Basically, research studies are based on the classification of tasks that intelligent systems should perform. It would be unquestionable that the continuous advancement of artificial intelligence will soon exceed human capacity to learn and adapt.