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- An Introduction to Reinforcement Learning :
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- How NASA discovered planets using Artificial Intelligence :
- Evolving Strings with Genetic Algorithms :
- Why Machine Learning Matters ? :
- Long Short Term Memory Neural Networks :
- Why do Generative Adversarial Nets matter? :
- What is machine learning? :
- Application of Neural Networks in Power Systems :
- An Introduction to PyTorch :
- An intuition on how RNN and LSTM works :
- ConvNets: What, Why and How? :
- LSTM Models :
- Introduction To Deep Learning :
- The Math Behind Reinforcement Learning :
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- Generative Adversarial Networks :
- How NASA discovered planets using Artificial Intelligence :
- Demystifying Deconvolutions :
- Why do Generative Adversarial Nets matter? :
- An Introduction to PyTorch :
- ConvNets: What, Why and How? :
- Neural Style Transfer :
- LSTM Models :
- Introduction To Deep Learning :
- Text Generation using RNN :
- SEEFOOD :
- Object Detection with Deep Learning :
- Introduction to Deep Reinforcement Learning :
- Stock Prediction with Neural Networks :
Generative Adversarial Networks
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- Who doesn't want to live on another planet? :
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- SLAM Coverage Algorithms :
- Metamaterials :
- Water-Jet Guided Laser Cutting :
- My Two Snowflakes :
- What is the future of power generation? :
- Once upon a time in Fiction :
- Neural Landers :
- The First 20 Hours :
- The Impact of F1 on the World :
- Paradox Free Time Travel :
- To Infinity and Beyond :
- Revolutionising the Wheel :
- Learning Fluid Mechanics: From Living Organisms to Machines :
- All about Road Train :
- The screen you are reading on :
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IEEE NITK
- Why Machine Learning Matters ? :
- Automate The Industries :
- Varistor :
- Bionics - The Gap between disability and ability :
- Who doesn't want to live on another planet? :
- Why do Generative Adversarial Nets matter? :
- Bluetooth Low Energy :
- Stem Cell Technology :
- Piezoelectricity and Piezoelectric Sensors :
- PSLV to Mars :
- Web Vulnerabilities :
- SLAM Coverage Algorithms :
- An Overview of Tarjan's Algorithm :
- What is machine learning? :
- Application of Neural Networks in Power Systems :
- Genome Editing :
- An Introduction to Minimax Algorithm :
- Why Python Shouldn't be your First Programming Language :
- The Elliptic Curve Cryptography :
- Elegant Algorithms using Randomization :
- An intuition on how RNN and LSTM works :
- Metamaterials :
- Water-Jet Guided Laser Cutting :
- Gramophone Gaana - Old Is Gold :
- My Two Snowflakes :
- ConvNets: What, Why and How? :
- What is the future of power generation? :
- Neural Style Transfer :
- CAN Bus Protocol :
- Once upon a time in Fiction :
- Neural Landers :
- The Revolution called DDR :
- An Introduction to Matrix Exponentiation :
- The First 20 Hours :
- Image Steganography :
- The Impact of F1 on the World :
- Introduction to Audio Processing in NLP :
- Concrete: The Way You've Not Seen It :
- Holographic Memory :
- Alpha Beta Pruning :
- Bionics, Biomimetics and Robotics :
- Paradox Free Time Travel :
- CubeSats :
- A beginner's guide to Cloud Computing :
- To Infinity and Beyond :
- An Introduction to IoT :
- Introduction to Kubernetes Architecture :
- Revolutionising the Wheel :
- An Introduction to Disjoint-set Data Structures :
- CPUs Vs GPUs: Allies or Foes? :
- Learning Fluid Mechanics: From Living Organisms to Machines :
- Brain-Machine Interfaces :
- Where's the Bot Now? :
- Playing Blackjack Optimally with Reinforcement Learning :
- Amateur Radio :
- Different Ways to console.log for Better Clarity :
- From 1G to 5G :
- DP on Trees :
- A future called Quantum :
- Cloud Computing in Detail :
- I2C :
- AI Against the Pandemic :
- Electromagnetic Suspension :
- Autonomous Underwater Vehicle :
- Rise of Robotics in medicine :
- Web design in a developer's arsenal :
- Electro Kinetic Road :
- Introduction to object oriented programming :
- ZigBee Technology :
- Introduction To Deep Learning :
- Cosmic Bit Flip :
- Exploring Web Exploitation Techniques :
- Introduction to 3D Biometrics :
- Powering EV in India :
- Trees in Competitive Programming :
- Huffman encoding and text file compression :
- Shape-Shifting Polymers :
- Missile Homing Systems :
- Sessions and JWT :
- The Qubit Report :
- All about Road Train :
- Ethical Hacking :
- ML in Game Beautification :
- MicroProcessor 8085 Architecture and Features :
- SEEFOOD :
- The screen you are reading on :
- Intro to Blockchain :
- Transformers :
- Cuda Cores :
- Review of our Existing Power :
- Complexity Theory :
- Hydrogel and its usage :
- Photonic Integrated Circuits :
- Evolution of Microprocessor :
- Prefabrication in Civil Engineering Construction :
- Semi Supervised Learning :
- AI in Medicine :
- The Math Behind Reinforcement Learning :
- Neuralink :
- Planes without Pilots :
- Cold War: How it changed Aviation forever :
- Introduction to Deep Reinforcement Learning :
- One Micro Bot, One Macro Revolution :
- Stock Prediction with Neural Networks :
CompSoc
- Why Machine Learning Matters ? :
- Why do Generative Adversarial Nets matter? :
- Web Vulnerabilities :
- An Overview of Tarjan's Algorithm :
- An Introduction to Minimax Algorithm :
- Elegant Algorithms using Randomization :
- An intuition on how RNN and LSTM works :
- Neural Style Transfer :
- An Introduction to Matrix Exponentiation :
- Trying-to-understand-Trie :
- Introduction to Audio Processing in NLP :
- Alpha Beta Pruning :
- A beginner's guide to Cloud Computing :
- Introduction to Kubernetes Architecture :
- An Introduction to Disjoint-set Data Structures :
- Playing Blackjack Optimally with Reinforcement Learning :
- Different Ways to console.log for Better Clarity :
- DP on Trees :
- A future called Quantum :
- Exploring Web Exploitation Techniques :
- Trees in Competitive Programming :
- Huffman encoding and text file compression :
- Intro to Blockchain :
- Complexity Theory :
- Introduction to Deep Reinforcement Learning :
Industries
Manufacturing
Diode
- Varistor :
- Space-based Solar Power :
- Bionics - The Gap between disability and ability :
- Bluetooth Low Energy :
- Piezoelectricity and Piezoelectric Sensors :
- Gramophone Gaana - Old Is Gold :
- ConvNets: What, Why and How? :
- CAN Bus Protocol :
- The Revolution called DDR :
- LSTM Models :
- Holographic Memory :
- Bionics, Biomimetics and Robotics :
- CubeSats :
- An Introduction to IoT :
- CPUs Vs GPUs: Allies or Foes? :
- Brain-Machine Interfaces :
- Where's the Bot Now? :
- Amateur Radio :
- From 1G to 5G :
- Cloud Computing in Detail :
- I2C :
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Blog
- AI Against the Pandemic :
- Electromagnetic Suspension :
- Autonomous Underwater Vehicle :
- Rise of Robotics in medicine :
- Web design in a developer's arsenal :
- Electro Kinetic Road :
- Introduction to object oriented programming :
- ZigBee Technology :
- Introduction To Deep Learning :
- Cosmic Bit Flip :
- Text Generation using RNN :
- Introduction to 3D Biometrics :
- Powering EV in India :
- Shape-Shifting Polymers :
- Missile Homing Systems :
- Sessions and JWT :
- The Qubit Report :
- Ethical Hacking :
- MicroProcessor 8085 Architecture and Features :
- SEEFOOD :
- The screen you are reading on :
- Transformers :
- Cuda Cores :
- Review of our Existing Power :
- Hydrogel and its usage :
- Evolution of Microprocessor :
- Prefabrication in Civil Engineering Construction :
- Semi Supervised Learning :
- AI in Medicine :
- The Math Behind Reinforcement Learning :
- Planes without Pilots :
- Cold War: How it changed Aviation forever :
- One Micro Bot, One Macro Revolution :
- Stock Prediction with Neural Networks :
AI AGAINST THE PANDEMIC
Electromagnetic Suspension
Merkle Trees
Autonomous Underwater Vehicle
Rise of robotics in medicine
Electro Kinetic Road
OOPS
ZigBee
Cosmic Bit Flip
IEE NITK
Sequential Models
RNNs
LSTMs
3D Biometrics
Powering EV in India
Trees
Shape-Shifting Polymers
Web Dev
JWT
Sessions
Quantum
Road train
Compsoc
MicroProcessor
PyTorch
Transfer Learning
CNNs
Liquid Crystal Display categories
BlockChain
Deep learning
Cuda cores
Algorithm analysis
Hydrogel and its usage
ICs
Digital Electronics
Evolution of Microprocessor
Prefabrication in Civil Engineering Construction
Neuralink
Self-Flying Planes
Aerodynamics
Microbotics
Stocks