Thinking Machines Machine Learning and Its Hardware Implementation
Auteur : Takano Shigeyuki
This is a recommended book for those who have basic knowledge of machine learning or those who want to learn more about the current trends of machine learning.
1. Introduction 2. Traditional Microarchitectures 3. Machine Learning and its Implementation 4. Applications, ASICs, and Domain-Specific Architectures 5. Machine Learning Model Development 6. Performance Improvement Methods 7. Study of Hardware Implementation 8. Keys of Hardware Implementation 9. Conclusion
Appendix A. Basics of Deep Learning B. Modeling of Deep Learning Hardware C. Advanced Network Models D. National Trends for Research and Its Investment E. Machine Learning and Social
- Presents a clear understanding of various available machine learning hardware accelerator solutions that can be applied to selected machine learning algorithms
- Offers key insights into the development of hardware, from algorithms, software, logic circuits, to hardware accelerators
- Introduces the baseline characteristics of deep neural network models that should be treated by hardware as well
- Presents readers with a thorough review of past research and products, explaining how to design through ASIC and FPGA approaches for target machine learning models
- Surveys current trends and models in neuromorphic computing and neural network hardware architectures
- Outlines the strategy for advanced hardware development through the example of deep learning accelerators
Date de parution : 04-2021
Ouvrage de 322 p.
15.2x22.8 cm
Thèmes de Thinking Machines :
Mots-clés :
Address-event representation (AER); Algorithm; Architecture; ASIC; ASICs; Autoencoder (AE); CNN; Computing systems; CPU; CUDA; Data; Dataset; Deep learning; Deep neural networks (DNNs); Deeper pipelining; DNN; DSP; Energy; Energy efficiency; Energy-efficiency; FPGA; Google's Go Playing machine; GPU; GPU environment; Graphics processing unit (GPU); Hardware; History; IBM's Watson AI machine; Industry4.0; Inference; Machine learning; Machine learning hardware; Memory; Microprocessor; Neural network hardware; Neural network model; Neuromorphic computing; Neuron; Nonrecurring engineering (NRE); Recurrent neural network (RNN); Software; Strategy; SVM; Virtual machine (VM)