Developed inspired by the human brain’s ability to perform complex operations with low energy consumption. MEMS fiber optic, neuromorphic processor With its structure, it integrates memory and processing units into the same structure. Prof. Dr. Barış Bayram said, “The human brain consumes approximately 25 watts of energy, and if we were to perform the operations of the human brain with the most up-to-date processor, this would be equal to 25 megawatts, meaning it would consume more energy.” he said.
Stating that the most important point that ensures energy efficiency in the brain is the integration of the memory and processor unit, Bayram noted that computers have memory modules that hold information and processor structures that process information. Prof. Dr. Bayram continued as follows:
“Therefore, in computers, information constantly comes from the memory module to the processor, is processed here and goes back to the module. Since there is a constant information transfer, this both increases energy consumption and creates a delay. In the neuromorphic processor we developed here, Memory module and processor in the same structure. Therefore, it can perform current operations with less energy. For example, we need to charge our mobile phones every day, but if we transistors (system that controls the flow of current), If MEMS are replaced with neuristors In that case our mobile phone for 1 year we won’t have to charge at all.”
In addition, the energy needs of high energy-consuming artificial intelligence systems and server centers are expected to decrease significantly. Research Assistant Berre Vize stated that this technology will accelerate and make more efficient artificial intelligence applications in many sectors, especially health and finance.
Prof. Dr. Barış Bayram, “Analog Devices especially HP, IBM, NVIDIA, Amazon ve Google We will hold these meetings with. But this is a starting point, we can say that it is the first seed. Because this The first MEMS neuristor in the world. “There are neuristors, but they use complex materials and cannot be used at an industrial level for long-term use.” he said.
Source
https://www.aa.com.tr/tr/bilim-teknoloji/odtude-uretilen-aygit-cep-telefonlarinin-sarj-suresini-bir-yila-cikarmayi-hedefliyor-/3409951
https://video.haber7.com/video-galeri/301473-odtude-uretilen-aygit-cep-telefonlarinin-sarj-suresini-bir-yila-cikarmayi-hedefliyor
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