Y. YILMAZ And F. GÜL, "Neuro-inspired hardware solutions for high-performance computing: A TiO2-based nano-synaptic device approach with backpropagation," Integration , vol.97, 2024
YILMAZ, Y. And GÜL, F. 2024. Neuro-inspired hardware solutions for high-performance computing: A TiO2-based nano-synaptic device approach with backpropagation. Integration , vol.97 .
YILMAZ, Y., & GÜL, F., (2024). Neuro-inspired hardware solutions for high-performance computing: A TiO2-based nano-synaptic device approach with backpropagation. Integration , vol.97.
YILMAZ, YILDIRAN, And FATİH GÜL. "Neuro-inspired hardware solutions for high-performance computing: A TiO2-based nano-synaptic device approach with backpropagation," Integration , vol.97, 2024
YILMAZ, YILDIRAN And GÜL, FATİH. "Neuro-inspired hardware solutions for high-performance computing: A TiO2-based nano-synaptic device approach with backpropagation." Integration , vol.97, 2024
YILMAZ, Y. And GÜL, F. (2024) . "Neuro-inspired hardware solutions for high-performance computing: A TiO2-based nano-synaptic device approach with backpropagation." Integration , vol.97.
@article{article, author={YILDIRAN YILMAZ And author={FATİH GÜL}, title={Neuro-inspired hardware solutions for high-performance computing: A TiO2-based nano-synaptic device approach with backpropagation}, journal={Integration}, year=2024}