Found 38 repositories(showing 30)
neuralmagic
Sparsity-aware deep learning inference runtime for CPUs
By the end of this post, you will learn how to: Train a SOTA YOLOv5 model on your own data. Sparsify the model using SparseML quantization aware training, sparse transfer learning, and one-shot quantization. Export the sparsified model and run it using the DeepSparse engine at insane speeds. P/S: The end result - YOLOv5 on CPU at 180+ FPS using on
dpaiton
Hierarchical Models for Learning Features from Images and Videos
neuralmagic
No description available
xmed-lab
[TMI 2026] DeepSparse: A Foundation Model for Sparse-View CBCT Reconstruction
C++ implementation of YOLO-NAS using DeepSparse
revorg7
AISTATS Submission code
with1015
CPU inference using DeepSparse
Tamminhdiep97
No description available
vjsrinivas
(WIP) DeepSparse Engine vs OpenVINO Inference Benchmarking
neuralmagic
Example of DeepSparse Engine running with Milvus
obersteiner
In this repository we try to combine Sparse Grids and Tensorflow to improve on existing Machine Learning approaches. Here we combine the efficient discretization of Sparse Grids and the strengths of Neural Networks.
No description available
MrShirker
No description available
robertgshaw2-redhat
DeepSparse Server Running BERT
robertgshaw2-redhat
Comparing deepsparse and openvino
robertgshaw2-redhat
Benchmarking YOLOv5 on DeepSparse
tabi99
No description available
mehdidc
No description available
robertgshaw2-redhat
Example using DeepSparse with Kubernetes
1712catfish
No description available
robertgshaw2-redhat
example for deepsparse llm in basic server
msu-sparta
No description available
robertgshaw
Examples using deepsparse engine and sparseml libraries
RHRolun
No description available
thepetk
Example project serving deepsparse and llama2 7b over fastapi
YazAbbasMosleh
in this repo we will inference using deepsparse library from neural magic
robertgshaw2-redhat
Library to test performance of deepsparse vs onnx vs openvino
jatq
No description available
yanxiachen
Model-based Convolutional De-Aliasing Network Learning for Parallel MR Imaging