1. Mahmoud Abuzaina Ashraf Bhuiyan and Wei Wang. 2018. Using Intel Xeon for Multi-node Scaling of TensorFlow with Horovod. https://www.intel.ai/using-intel-xeon-for-multi-node-scaling-of-tensorflow-with-horovod/. Mahmoud Abuzaina Ashraf Bhuiyan and Wei Wang. 2018. Using Intel Xeon for Multi-node Scaling of TensorFlow with Horovod. https://www.intel.ai/using-intel-xeon-for-multi-node-scaling-of-tensorflow-with-horovod/.
2. Amazon. 2020. MxNet – A flexible and efficient library for deep learning. https://mxnet.apache.org/. Amazon. 2020. MxNet – A flexible and efficient library for deep learning. https://mxnet.apache.org/.
3. AWS. 2018. AWS Inferentia. https://aws.amazon.com/machine-learning/inferentia/. AWS. 2018. AWS Inferentia. https://aws.amazon.com/machine-learning/inferentia/.
4. Aishwarya Bhandare Deepthi Karkada Kushal Datta Anupama Kurpad Vamsi Sripathi Sun Choi and Vikram Saletore. January 2019. Best Practices for Scaling Deep Learning Training and Inference with TensorFlow On Intel Xeon Processor-Based HPC Infrastructures. https://www.intel.ai/wp-content/uploads/sites/69/TensorFlow_Best_Practices_Intel_Xeon_AI-HPC_v1.1_Q119.pdf. Aishwarya Bhandare Deepthi Karkada Kushal Datta Anupama Kurpad Vamsi Sripathi Sun Choi and Vikram Saletore. January 2019. Best Practices for Scaling Deep Learning Training and Inference with TensorFlow On Intel Xeon Processor-Based HPC Infrastructures. https://www.intel.ai/wp-content/uploads/sites/69/TensorFlow_Best_Practices_Intel_Xeon_AI-HPC_v1.1_Q119.pdf.
5. Valeriu Codreanu Damian Podareanu Vikram Saletore Aishwarya Bhandare and Anupama Kurpad. 2018. TensorFlow BKMs for State-Of-The-ArtAccuracy & Convergence On Multi-Node Xeon Processor Clusters Example: ResNet-50. https://surfdrive.surf.nl/files/index.php/s/xrEFLPvo7IDRARs. Valeriu Codreanu Damian Podareanu Vikram Saletore Aishwarya Bhandare and Anupama Kurpad. 2018. TensorFlow BKMs for State-Of-The-ArtAccuracy & Convergence On Multi-Node Xeon Processor Clusters Example: ResNet-50. https://surfdrive.surf.nl/files/index.php/s/xrEFLPvo7IDRARs.