**************** Related projects **************** Below you can find other projects started by the same author and based on `PyTorch `__ as well: `torchlayers: `__ ============================================================== **torchlayers** is a library based on PyTorch providing **automatic shape and dimensionality inference of** `torch.nn` **layers** + additional building blocks featured in current SOTA architectures (e.g. `Efficient-Net `__). * Shape inference for most of `torch.nn` module (convolutional, recurrent, transformer, attention and linear layers) * Dimensionality inference (e.g. `torchlayers.Conv` working as `torch.nn.Conv1d/2d/3d` based on `input shape`) * Shape inference of user created modules * Additional `Keras-like `__ layers (e.g. `torchlayers.Reshape` or `torchlayers.StandardNormalNoise`) * Additional SOTA layers mostly from ImageNet competitions (e.g. `PolyNet `__, `Squeeze-And-Excitation `__, `StochasticDepth `__. * Useful defaults (`same` padding and default `kernel_size=3` for `Conv`, dropout rates etc.) * Zero overhead and `torchscript `__ support You can read documentation over at https://github.com/szymonmaszke/torchlayers. `torchlambda: `__ ============================================================== **torchlambda** is a tool to deploy PyTorch models on Amazon's AWS Lambda using AWS SDK for C++ and custom C++ runtime. * Using statically compiled dependencies whole package is shrunk to only 30MB. * Due to small size of compiled source code users can pass their models as AWS Lambda layers. Services like Amazon S3 are no longer necessary to load your model. * torchlambda has it's PyTorch & AWS dependencies always up to date because of continuous deployment run at 03:00 a.m. every day. You can read project's wiki over at https://github.com/szymonmaszke/torchlambda/wiki `torchfunc: `__ ========================================================== **torchfunc** is a PyTorch oriented library with a goal to help you with: * Improve and analyse performance of your neural network * Record/analyse internal state of torch.nn.Module as data passes through it * Do the above based on external conditions (using single Callable to specify it) * Day-to-day neural network related duties (model size, seeding, time measurements etc.) * Get information about your host operating system, torch.nn.Module device, CUDA capabilities etc. It **is not** directly related to model creation but should be considered more of an environment around this process. You can read documentation over at https://szymonmaszke.github.io/torchfunc.