The technology that seeks to mimic human intelligence using the characteristics of computer hardware and
that will bring the most change in the future is artificial intelligence-AI.
Artificial Intelligence connotes computer systems that collect, interpret and learn from the entered data, to perform specific tasks and accomplish set goals.
AI technologies have progressed in recent years, and their further development also follows this trend. Since computer systems can process large quantities of information and data, the potentials of artificial intelligence are enormous. Many jobs can do faster, more efficiently, and more successfully by using it. That refers to various mathematical and economic calculations, database searches, transportation services, sales, medical care, and more.
Artificial intelligence is changing agriculture and horticulture for the better
Information based on satellite observation of the Earth is analyzed by artificial intelligence methods and single out those useful for farmers.
Changes in the plant's growth will notice, and an estimate will be made of how much there will be yield or how much humus there is in the soil.
Suppression of high-tech/cybercrime
Data mining (the process of finding a pattern in an enormous amount of data through a series of searches)
has found wide application in cyber criminology.
Typical AI application examples in the police areas are surveillance of crime schemes, monitoring criminal
behavior of individuals, locating criminals, and more.
It also applies in other areas, where large quantities are available data whose analysis can reveal rules, laws,
and connections. Bases criminal data contain information about the criminals, victims as well as vehicles
used in the crime.
Robotics in medicine
The application of robots in medicine today is one of the matchless scientific and technological challenges.
Thanks to its precision and insensitivity to fatigue and tremor robot can significantly help in performance,
particularly in delicate surgical procedures. With advancing technology in telemedicine/ telesurgery, now is
possible data transfer over long distances.
- Robotics in surgery, especially in neurosurgery, is the most complex and sophisticated interdisciplinary engineering area of ??work due to the stratification of the anatomical structure, high sensitivity, and fragile tissue, which requires precise, error-free procedures.
- Rehabilitation robots help the disabled in therapies for improvements in their physical functionality.
- AI helps doctors identify rare genetic disorders in children by biometric facial measurements. The measured data compare with the information from before, stored in the data bank, which includes specific genetic predispositions. Some rare genetic diseases can recognize based on the shape of the head or the position of the eyes.
- Artificial intelligence could temporarily replace a psychiatrist or psychotherapist. The technique is based on the cognitive theory of behavior: patients, who show symptoms of depression, can communicate with a chatbot, which is managed by artificial intelligence. The machine asks the patient how he is feeling, advises on problems, and is available for conversations 24 hours a day.
AI in the waste management system
Advanced digital technology such as robotics, AI, cloud technology, the Internet of Things, and data
analytics will play a significant role in the waste management system and help citizens/companies
understand the consequences of their behavior.
While robotics will help automate the waste sorting process, other technologies will enable data collection
and transfer to central units.
Robots will identify and sort recyclable materials by scanning and recognizing images. Using smart trash
cans will enable a system for identifying and measuring the weight of waste, and the increased use of semi automatic waste collection vehicles is expected.
The sorting process, a prerequisite for high recycling rates, can increase by applying product labels, such as
QR codes, stamps, and other digitally readable characters.
Artificial intelligence changes music
What kind of music does artificial intelligence make? Will composers and performers become redundant?
Ampere, the software for open-source composers and music producers, provides free songs for everyone -
from music video-makers to those who make ads for online advertising.
AI systems are capable of learning and can function within the boundaries of conceptual space. In this way,
they can imitate any musical style. But the creativity that transforms or the ability to create new styles of
music technically without conceptual boundaries is still far away.
The significant progress made in artificial intelligence is directed towards the same goal - easy, simple, safe,
long-lasting, and better human life.
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