![1 Simulation of surface growth on GPU supercomputers Jeffrey Kelling, Dresden (HZDR), Géza Ódor, Budapest (MTA-EK-MFA), NVIDIA Professor Partrnership. - ppt download 1 Simulation of surface growth on GPU supercomputers Jeffrey Kelling, Dresden (HZDR), Géza Ódor, Budapest (MTA-EK-MFA), NVIDIA Professor Partrnership. - ppt download](https://slideplayer.com/slide/15000699/91/images/14/14+Conclusions+%26+outlook.+Extremely+large+%28217+x+217%29+fast+simulation+of+2%2B1+d+KPZ+class+surface+model+simulations+on+GPUs..jpg)
1 Simulation of surface growth on GPU supercomputers Jeffrey Kelling, Dresden (HZDR), Géza Ódor, Budapest (MTA-EK-MFA), NVIDIA Professor Partrnership. - ppt download
![1 Simulation of surface growth on GPU supercomputers Jeffrey Kelling, Dresden (HZDR), Géza Ódor, Budapest (MTA-EK-MFA), NVIDIA Professor Partrnership. - ppt download 1 Simulation of surface growth on GPU supercomputers Jeffrey Kelling, Dresden (HZDR), Géza Ódor, Budapest (MTA-EK-MFA), NVIDIA Professor Partrnership. - ppt download](https://slideplayer.com/slide/15000699/91/images/1/1.jpg)
1 Simulation of surface growth on GPU supercomputers Jeffrey Kelling, Dresden (HZDR), Géza Ódor, Budapest (MTA-EK-MFA), NVIDIA Professor Partrnership. - ppt download
![1 Simulation of surface growth on GPU supercomputers Jeffrey Kelling, Dresden (HZDR), Géza Ódor, Budapest (MTA-EK-MFA), NVIDIA Professor Partrnership. - ppt download 1 Simulation of surface growth on GPU supercomputers Jeffrey Kelling, Dresden (HZDR), Géza Ódor, Budapest (MTA-EK-MFA), NVIDIA Professor Partrnership. - ppt download](https://slideplayer.com/slide/15000699/91/images/2/2+Our+Motivation+was.+In+nanotechnologies+large+areas+of+nano-patterns+are+needed..jpg)
1 Simulation of surface growth on GPU supercomputers Jeffrey Kelling, Dresden (HZDR), Géza Ódor, Budapest (MTA-EK-MFA), NVIDIA Professor Partrnership. - ppt download
![1 Simulation of surface growth on GPU supercomputers Jeffrey Kelling, Dresden (HZDR), Géza Ódor, Budapest (MTA-EK-MFA), NVIDIA Professor Partrnership. - ppt download 1 Simulation of surface growth on GPU supercomputers Jeffrey Kelling, Dresden (HZDR), Géza Ódor, Budapest (MTA-EK-MFA), NVIDIA Professor Partrnership. - ppt download](https://slideplayer.com/slide/15000699/91/images/7/7+Benchmarking.+Highest+speed+is+for+p%3D0.5%2C+where+the+GPU+code+is+memory-bound..jpg)