Över, D. And CANDANSAYAR, M. E. 2024. Improving 2D resistivity model obtained from DC Resistivity Data Inversion by using Convolutional Neural Network Algorithm to Find Buried Archaeological Remains. EGU General Assembly 2024 , (Viyana, Austria).

Över, D., & CANDANSAYAR, M. E., (2024). Improving 2D resistivity model obtained from DC Resistivity Data Inversion by using Convolutional Neural Network Algorithm to Find Buried Archaeological Remains . EGU General Assembly 2024, Viyana, Austria

Över, Demet, And MEHMET EMİN CANDANSAYAR. "Improving 2D resistivity model obtained from DC Resistivity Data Inversion by using Convolutional Neural Network Algorithm to Find Buried Archaeological Remains," EGU General Assembly 2024, Viyana, Austria, 2024

Över, Demet And CANDANSAYAR, MEHMET E. . "Improving 2D resistivity model obtained from DC Resistivity Data Inversion by using Convolutional Neural Network Algorithm to Find Buried Archaeological Remains." EGU General Assembly 2024 , Viyana, Austria, 2024

Över, D. And CANDANSAYAR, M. E. (2024) . "Improving 2D resistivity model obtained from DC Resistivity Data Inversion by using Convolutional Neural Network Algorithm to Find Buried Archaeological Remains." EGU General Assembly 2024 , Viyana, Austria.

@conferencepaper{conferencepaper, author={Demet Över And author={MEHMET EMİN CANDANSAYAR}, title={Improving 2D resistivity model obtained from DC Resistivity Data Inversion by using Convolutional Neural Network Algorithm to Find Buried Archaeological Remains}, congress name={EGU General Assembly 2024}, city={Viyana}, country={Austria}, year={2024}}