DISML 2024 Online Proceeding

Research Papers

1. Performance Evaluation of ML Workloads A Comparative Study between Velox and PyTorch/TensorFlow – SPOTLIGHT PAPER

2. The differences in inference capabilities between Velox and TensorFloww – SPOTLIGHT PAPER

3. MidLLaMAI: Balancing Quantization with Pruning while compressing LLaMA 2 – SPOTLIGHT PAPER

4. Comparison & study of Distributed Deep Learning Training Techniques

5. Distributed Model Training With Dynamic Gradient Compression – SPOTLIGHT PAPER

6. Model compression for Video Understanding models to enable Video search on resource-constrained devices – SPOTLIGHT PAPER

7. Benchmarking Data Parallel vs Model Parallel Training with PyTorch and VeloxML

8. Benchmarking Distributed Machine Learning Systems with Large Language Models on Human vs. LLM Text Corpus

9. Comparative Analysis of Standard Image Classification Model Training Techniques with FSDP

10. Comparative Analysis of Image Classification Performance: PyTorch and TensorFlow

11. Comparison of ML Workloads in Velox, Tensorflow and Pytorch

12. CSE 598 - Data Intensive Systems for Machine Learning Leaving Backpropagation Behind: Forward Gradients for Distributed Private Learning

13. Performance Benchmarking of Machine Learning Workloads: A Comparative Study Using Velox’s ML Functions, PyTorch, and TensorFlow

14. Comparative Study of TensorFlow and PyTorch on Single and Distributed Systems

15. Comparative Analysis of Forward Grad and Backpropogation

16. Benchmarking image classification models using parallelisation techniques

17. A Comparative Analysis of Deep Learning Frameworks for Music Recommendation Systems

18. Accelerating Decision Tree Training on the HIGGS Dataset

19. A Technical Report on Performance analysis of various datasets for Image Captioning on PyTorch and TensorFlow

20. A Comparison of Different Deep Learning Frameworks in a Standalone and Distributed Sense

21. Implementation of Model Compression Techniques on Deep Neural Networks

22. Data Intensive Systems for Machine Learning

23.Performance Analysis of Distributed Training Frameworks

24. A Comparative Analysis of Distributed Training Strategies

25. Comparison of Cardinality Estimation Techniques Utilizing Machine Learning

26. Comparative Analysis of Distributed Machine Learning Workloads using Velox, PyTorch, and TensorFlow

27.VeRA: VectorDB-based Retrieval Augmentation – SPOTLIGHT PAPER

28. CSE 598: Data-Intensive System for Machine Learning

29. Privacy-Preserving Log Analysis for Machine Learning Applications

30. Comparative analysis of Velox, PyTorch, and TensorFlow on ResNet workload

31. Comparison of Deep -Q Network for Reinforcement Learning using Multi-stage Frameworks

32. Benchmarking Large Language Model Inference – SPOTLIGHT PAPER

33. Recommending with Speed: Comparative Study of PyVelox, PyTorch, and TensorFlow frameworks and DeepSpeed and Gpipe for training optimizaitons

34. Implementation and Comparative Analysis of AutoML Systems for Efficient Model Selection and Hyperparameter Tuning – SPOTLIGHT PAPER

35. LLM Performance Optimized by DeepSpeed – SPOTLIGHT PAPER

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