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Understanding Artificial Intelligence and Robotics

Artificial intelligence is not only a thrilling field in the world of robotics, it is contentious. While robots can function within an assembly line, researchers are yet to determine whether they can be intelligent. Artificial intelligence is defined as the development of intelligent machines that are capable of carrying out functions like humans.

This includes being able to reason, learn, develop original concepts, and utilize language. Robots are yet to achieve such artificial intelligence levels. However, they have advanced in regard to limited artificial intelligence.

  • Modern Day Artificial Intelligence

Today, artificial intelligence machines are capable of reproducing certain components of intellectual capability. Currently, computers are used in limited fields to offer solutions for specific problems. When it comes to problem solving, the primary concept of artificial intelligence is easy to understand.

Even then, its application can be an intricate task. For starters, the computer or artificial intelligent robot depends on human input or sensors to collect data relating to certain circumstances. It then compares the same with already stored data and determines its significance.

The artificial robot further peruses through different probable actions and determines the action with a high likelihood of success according to the collected data. Remember, computers or artificial intelligent robots do not have general analytical capability. Therefore, they can only solve situations they has been programmed to solve.

Following technological innovations, various robots can learn in a restricted capacity. They can determine whether a specific action accomplished the desired results. They then keep the data and try the action when such a situation recurs. Additionally, unlike humans, modern day computers cannot incorporate any kind of data.

Some robots learn through replicating human actions. Robot technicians from universal-robots.com, a leading robot manufacturer have taught their robots different actions by carrying out the demonstrations themselves. Some robots from Universal Robots can also connect socially.

For instance, they recently released a robot that can identify human voice inflection, body language, and can respond accordingly. The technicians in collaboration with researchers are now establishing adult baby interaction using visual cue and speech tone as the basis of their research.

They opine that while this interaction is low level, it could be critical in the development of human like learning structures. Many of the robots available at Universal Robots operate via a unique control structure. Rather than using a centralized computer to manage each action, they use low-level computers to regulate low-level actions. Technicians here say that the aforementioned is a more precise human intelligence model.

  • Artificial Intelligence Challenges

Artificial intelligence faces a major challenge in comprehending how natural intelligence functions. Creating artificial intelligence is complex and scientists are yet to devise a factual and easy model to operate from. There are multi-billions of neurons in the brain, and humans learn and reason by setting up electrical connections between various neurons.

Scientists are yet to establish how the connections result in low-level executions or enhanced reasoning. That is why artificial intelligence is said to be theoretical. Scientists research, and try to understand why humans reason, learn, and use robots to experiment with concepts.

A physical robot is specially designed as a handy tool to help users to understand human and animal anatomy. Artificial intelligence on the other hand helps individuals to visualize how natural intelligence functions. According to some technicians from Universal Robots, this is a contributing factor to the designing of robots.

However, other technicians visualize a situation in future where intelligent machines and humans shall collaborate and utilize fewer robots for communication, health care, and manual labor. Some robot experts anticipate a robotic evolution that will see human machine integration.


As technology advances, robot experts say that these gadgets will be instrumental everyday life. In the next few decades, robots are expected to evolve from the scientific and industrial realms and become part of people’s homes just as computers have rapidly found their place in numerous homes since their inception. Studying specific robot designs can help individuals have a clear understanding of these gadgets.


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