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README.md

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 ## About
-A simple *DirectX 12* based *GPU clock stabilizer* used for consistent *GPU* profiling on *Windows*. It can be used for profiling applications made with other modern graphics APIs as well. It utilizes *DirectX 12's* `SetStablePowerState` device method in order to achieve this. This allowes more deterministic timestamp query results used for calculating elapsed GPU time for any given range of render calls for at the expense of lower performance. You can read more about it [here](https://developer.nvidia.com/dx12-dos-and-donts#powerstate).
+A simple *DirectX 12* based *GPU clock stabilizer* used for consistent *GPU* profiling on *Windows*. It can be used for profiling applications made with other modern graphics APIs as well. It utilizes *DirectX 12's* `SetStablePowerState` device method in order to achieve this. This allowes more deterministic timestamp query results used for calculating elapsed *GPU* time for any given range of render calls at the expense of lower performance. You can read more about it [here](https://developer.nvidia.com/dx12-dos-and-donts#powerstate).
 
 ## Installation
 The *DirectX 12 SDK* comes included with the *Windows 10 SDK* which is part of the *Visual Studio* installation. Just make sure you install the *Game Development with C++* in the *Visual Studio Installer*.
 
 Run cmd `cmake . -B bin -A x64` in the project's root.
 
 ## How it works
-If not specified in the command line, the first available *GPU* will be chosen. You can also specifiy the GPU explicitly by passing the name of the preferred GPU, for example "*NVIDIA GeForce RTX 3070*". Names of your *GPUs* can be found in *Device Manager*, *Display Adapters* tab. This way the application can work on *multi GPU system*. In order for *GPU clock* to remain stable, the application should remain running at all times. After exiting the application, clock stabilization will stop working. For testing the *GPU clock* I recommend using the [TechPowerUp GPU-Z](https://www.techpowerup.com/download/techpowerup-gpu-z/). Observe the *Sensors/GPU Core Clock's* behavior with and without the application running.
+If not specified in the command line, the first available *GPU* will be chosen. You can also specifiy the *GPU* explicitly by passing the name of the preferred *GPU*, for example "*NVIDIA GeForce RTX 3070*". Names of your *GPUs* can be found in *Device Manager*, *Display Adapters* tab. This way the application can work on *multi GPU system*. In order for *GPU clock* to remain stable, the application should remain running at all times. After exiting the application, or after one hour, clock stabilization will stop working. For testing the *GPU clock* I recommend using the [TechPowerUp GPU-Z](https://www.techpowerup.com/download/techpowerup-gpu-z/). Observe the *Sensors/GPU Core Clock's* behavior with and without the application running.
 
 ## Results
 First image shows the usual GPU clock values on *NVidia GeForce RTX 3070* and the second one shows the clock with the *gpu_clock_stabilizer* running. This was captured using the [TechPowerUp GPU-Z](https://www.techpowerup.com/download/techpowerup-gpu-z/).<br/><br/>
 ![Unstable](https://github.com/milkru/data_resources/blob/main/gpu_clock_stabilizer/UnstableClock.PNG "Unstable") ![Stable](https://github.com/milkru/data_resources/blob/main/gpu_clock_stabilizer/StableClock.PNG "Stable")
 
 ## Troubleshooting
-If `SetStablePowerState` is failing, please refer to the [ID3D12Device::SetStablePowerState Microsoft Documentation](https://docs.microsoft.com/en-us/windows/win32/api/d3d12/nf-d3d12-id3d12device-setstablepowerstate) for troubleshooting. This mostly happens if *Developer Mode* is not enabled on *Windows*.
+If `SetStablePowerState` is failing, please refer to the [SetStablePowerState Microsoft Documentation](https://docs.microsoft.com/en-us/windows/win32/api/d3d12/nf-d3d12-id3d12device-setstablepowerstate) for troubleshooting. This mostly happens if *Developer Mode* is not enabled on *Windows*.
 
 ## License
 Distributed under the MIT License. See `LICENSE` for more information.