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In the future, the researchers plan for a robot to have the ability to navigate to allow it to locate the source of the scent, as well as its identity.
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The “biohybrid” function works with biological sensors that are directly connected to electronic systems.
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Scientists successfully connected the biological sensor to an electronic system using a machine learning algorithm.
The technology has evolved remarkably over time and is currently presenting new innovations, proof of this is that it has developed a robot who is able to smellthis has been achieved with the use of a sensor biological since this is responsible for sending electrical signals in response to the presence of a nearby smell that the robot can detect and even interpret.
This year comes with new trends technologicalwhere mainly the AIthe metaversethe reality virtual, reality augmentedBesides robots that more and more they are created with the human appearance, so in the future it could be the case that they are very similar to people, although they will obviously have a higher intelligence.
the age of robots
The central objective of creating the robots it was so that they gave the opportunity to facilitate and accelerate the processes of manufacturing industrial through programmed automation, although these currently have different objectives since certain robots They have become fully autonomous intelligent systems capable of functioning and even executing “decisions” without human intervention, through programming. These are capable of helping with small daily household tasks, as well as being useful for factories and have even played an important role in health.
This technology, like most things, has its good side and its bad side, since on the one hand it is capable of helping and facilitating certain processes, however, certain workers have also been replaced by the use of robots, so to some extent it is intelligence he might be able to compete with humans.
A robot is now able to smell with this technology
Strange as it may seem, nowadays, it is possible that a robot can smell since a group of scientists has carried out research with the aim of replicating the olfactory system of living beings in robots with the use of of a biological sensor plus insect antennae and artificial intelligence which has been the key to the development of new technology models.
The main challenge of biosensors It is found in the connection of a sensory organ, such as the nose, to an electronic system that can decode the electrical signals received from the receptors.
This was a new technological development of the University of Tel Aviv, Israel, The project was spearheaded by PhD student Neta Shvil, along with Dr. Ben Maoz from the Fleischman School of Engineering, as well as Professors Yossi Yovel and Amir Ayali from the School of Zoology.
In this new project, the researchers were in charge of successfully connecting the biological sensor to an electronic system, using an automatic learning algorithm, they were able to identify odors with a level of sensitivity 10,000 times higher than that of a commonly used electronic device, to Its operation has developed a platform known as “biohybrid” and its function is the use of biological sensors that are directly connected to systems electronic.
With this central function together with the algorithms of the intelligence artificialthe necessary development has been achieved for a robot to be able to detect odors like no device has been able to date.
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