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Mohit Kumar Researcher/Consultant/Trainer Programming is more than just typing.

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Introduction
Artificial-Intelligence
Deep-Learning
LSTM
RNN
Sequence-Modelling
Natural-Language-Processing
NLP
Neural-Machine-Translation
NMT
Attention
Microarchitecture
UltraLowLatency
RealTime
Performance
Meditating-with-microprocessors
Artificial-Intelligence-based-chip-design
Transformers-On-chips
ChipDesign

Introduction

Introduction: Why another technical blog?

Artificial-Intelligence

Artificial Intelligence based chip design: Chip Design

Artificial Intelligence based chip design: Transformers on Chip

Meditating with microprocessors Series: Part-5: Appendix:Tools of the trade(part-5)

Meditating with microprocessors Series: Part-4: Artificial Intelligence guided Predictive MicroProcessor tuning

Meditating with microprocessors Series: Part-3: Trading off power for UltraLowLatency

Meditating with microprocessors Series: Part-2: A crashcourse in Microarchitecture and Linux CPUIDLE interface

Meditating with microprocessors Series: Part-1: Artificial Intelligence based Hardware(Microprocessor) tuning: Implementing a very simple idea

Natural Language Processing Series: Neural Machine Translation(NMT):Part-1: Highly Simplified, completely Pictorial understanding of Neural Machine Translation

RNN Series:LSTM internals:Part-4: MultiRNNCell and Bidirectional RNNs

RNN Series:LSTM internals:Part-3: The Backward Propagation

RNN Series:LSTM internals:Part-2:The Forward pass

RNN Series:LSTM internals:Part-1:The Big Picture

Softmax and Cross-entropy

Softmax and its Gradient

Deep-Learning

Artificial Intelligence based chip design: Chip Design

Artificial Intelligence based chip design: Transformers on Chip

Meditating with microprocessors Series: Part-5: Appendix:Tools of the trade(part-5)

Meditating with microprocessors Series: Part-4: Artificial Intelligence guided Predictive MicroProcessor tuning

Meditating with microprocessors Series: Part-3: Trading off power for UltraLowLatency

Meditating with microprocessors Series: Part-2: A crashcourse in Microarchitecture and Linux CPUIDLE interface

Meditating with microprocessors Series: Part-1: Artificial Intelligence based Hardware(Microprocessor) tuning: Implementing a very simple idea

Natural Language Processing Series: Neural Machine Translation(NMT):Part-1: Highly Simplified, completely Pictorial understanding of Neural Machine Translation

RNN Series:LSTM internals:Part-4: MultiRNNCell and Bidirectional RNNs

RNN Series:LSTM internals:Part-3: The Backward Propagation

RNN Series:LSTM internals:Part-2:The Forward pass

RNN Series:LSTM internals:Part-1:The Big Picture

Softmax and Cross-entropy

Softmax and its Gradient

LSTM

Artificial Intelligence based chip design: Chip Design

Artificial Intelligence based chip design: Transformers on Chip

Meditating with microprocessors Series: Part-5: Appendix:Tools of the trade(part-5)

Meditating with microprocessors Series: Part-4: Artificial Intelligence guided Predictive MicroProcessor tuning

Meditating with microprocessors Series: Part-3: Trading off power for UltraLowLatency

Meditating with microprocessors Series: Part-2: A crashcourse in Microarchitecture and Linux CPUIDLE interface

Meditating with microprocessors Series: Part-1: Artificial Intelligence based Hardware(Microprocessor) tuning: Implementing a very simple idea

Natural Language Processing Series: Neural Machine Translation(NMT):Part-1: Highly Simplified, completely Pictorial understanding of Neural Machine Translation

RNN Series:LSTM internals:Part-4: MultiRNNCell and Bidirectional RNNs

RNN Series:LSTM internals:Part-3: The Backward Propagation

RNN Series:LSTM internals:Part-2:The Forward pass

RNN Series:LSTM internals:Part-1:The Big Picture

RNN

Natural Language Processing Series: Neural Machine Translation(NMT):Part-1: Highly Simplified, completely Pictorial understanding of Neural Machine Translation

RNN Series:LSTM internals:Part-4: MultiRNNCell and Bidirectional RNNs

RNN Series:LSTM internals:Part-3: The Backward Propagation

RNN Series:LSTM internals:Part-2:The Forward pass

RNN Series:LSTM internals:Part-1:The Big Picture

Sequence-Modelling

Natural Language Processing Series: Neural Machine Translation(NMT):Part-1: Highly Simplified, completely Pictorial understanding of Neural Machine Translation

RNN Series:LSTM internals:Part-4: MultiRNNCell and Bidirectional RNNs

RNN Series:LSTM internals:Part-3: The Backward Propagation

RNN Series:LSTM internals:Part-2:The Forward pass

RNN Series:LSTM internals:Part-1:The Big Picture

Natural-Language-Processing

Natural Language Processing Series: Neural Machine Translation(NMT):Part-1: Highly Simplified, completely Pictorial understanding of Neural Machine Translation

NLP

Artificial Intelligence based chip design: Chip Design

Artificial Intelligence based chip design: Transformers on Chip

Meditating with microprocessors Series: Part-5: Appendix:Tools of the trade(part-5)

Meditating with microprocessors Series: Part-4: Artificial Intelligence guided Predictive MicroProcessor tuning

Meditating with microprocessors Series: Part-3: Trading off power for UltraLowLatency

Meditating with microprocessors Series: Part-2: A crashcourse in Microarchitecture and Linux CPUIDLE interface

Meditating with microprocessors Series: Part-1: Artificial Intelligence based Hardware(Microprocessor) tuning: Implementing a very simple idea

Natural Language Processing Series: Neural Machine Translation(NMT):Part-1: Highly Simplified, completely Pictorial understanding of Neural Machine Translation

Neural-Machine-Translation

Natural Language Processing Series: Neural Machine Translation(NMT):Part-1: Highly Simplified, completely Pictorial understanding of Neural Machine Translation

NMT

Natural Language Processing Series: Neural Machine Translation(NMT):Part-1: Highly Simplified, completely Pictorial understanding of Neural Machine Translation

Attention

Natural Language Processing Series: Neural Machine Translation(NMT):Part-1: Highly Simplified, completely Pictorial understanding of Neural Machine Translation

Microarchitecture

Artificial Intelligence based chip design: Chip Design

Artificial Intelligence based chip design: Transformers on Chip

Meditating with microprocessors Series: Part-5: Appendix:Tools of the trade(part-5)

Meditating with microprocessors Series: Part-4: Artificial Intelligence guided Predictive MicroProcessor tuning

Meditating with microprocessors Series: Part-3: Trading off power for UltraLowLatency

Meditating with microprocessors Series: Part-2: A crashcourse in Microarchitecture and Linux CPUIDLE interface

Meditating with microprocessors Series: Part-1: Artificial Intelligence based Hardware(Microprocessor) tuning: Implementing a very simple idea

UltraLowLatency

Artificial Intelligence based chip design: Chip Design

Artificial Intelligence based chip design: Transformers on Chip

Meditating with microprocessors Series: Part-5: Appendix:Tools of the trade(part-5)

Meditating with microprocessors Series: Part-4: Artificial Intelligence guided Predictive MicroProcessor tuning

Meditating with microprocessors Series: Part-3: Trading off power for UltraLowLatency

Meditating with microprocessors Series: Part-2: A crashcourse in Microarchitecture and Linux CPUIDLE interface

Meditating with microprocessors Series: Part-1: Artificial Intelligence based Hardware(Microprocessor) tuning: Implementing a very simple idea

RealTime

Artificial Intelligence based chip design: Chip Design

Artificial Intelligence based chip design: Transformers on Chip

Meditating with microprocessors Series: Part-5: Appendix:Tools of the trade(part-5)

Meditating with microprocessors Series: Part-4: Artificial Intelligence guided Predictive MicroProcessor tuning

Meditating with microprocessors Series: Part-3: Trading off power for UltraLowLatency

Meditating with microprocessors Series: Part-2: A crashcourse in Microarchitecture and Linux CPUIDLE interface

Meditating with microprocessors Series: Part-1: Artificial Intelligence based Hardware(Microprocessor) tuning: Implementing a very simple idea

Performance

Artificial Intelligence based chip design: Chip Design

Artificial Intelligence based chip design: Transformers on Chip

Meditating with microprocessors Series: Part-5: Appendix:Tools of the trade(part-5)

Meditating with microprocessors Series: Part-4: Artificial Intelligence guided Predictive MicroProcessor tuning

Meditating with microprocessors Series: Part-3: Trading off power for UltraLowLatency

Meditating with microprocessors Series: Part-2: A crashcourse in Microarchitecture and Linux CPUIDLE interface

Meditating with microprocessors Series: Part-1: Artificial Intelligence based Hardware(Microprocessor) tuning: Implementing a very simple idea

Meditating-with-microprocessors

Artificial Intelligence based chip design: Chip Design

Artificial Intelligence based chip design: Transformers on Chip

Meditating with microprocessors Series: Part-5: Appendix:Tools of the trade(part-5)

Meditating with microprocessors Series: Part-4: Artificial Intelligence guided Predictive MicroProcessor tuning

Meditating with microprocessors Series: Part-3: Trading off power for UltraLowLatency

Meditating with microprocessors Series: Part-2: A crashcourse in Microarchitecture and Linux CPUIDLE interface

Meditating with microprocessors Series: Part-1: Artificial Intelligence based Hardware(Microprocessor) tuning: Implementing a very simple idea

Artificial-Intelligence-based-chip-design

Artificial Intelligence based chip design: Chip Design

Artificial Intelligence based chip design: Transformers on Chip

Transformers-On-chips

Artificial Intelligence based chip design: Chip Design

Artificial Intelligence based chip design: Transformers on Chip

ChipDesign

Artificial Intelligence based chip design: Chip Design

Artificial Intelligence based chip design: Transformers on Chip

MIT License © 2021 Mohit Kumar.

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