Inventory of Projects
Machine Learning
- Build a Neural Network Classifier in 5 minutes
- Convolutional Neural Networks I
- Convolutional Neural Networks II
- Convolutional Neural Networks III
- Convolutional Neural Networks IV
- Detecting Objects using YOLO
- Q-Learning with Python
- SARSA Learning with Python
- Neural Network: I
- Neural Network: II
- Neural Network: III
- Neural Network: IV
- Neural Network: V
- Neural Network: VI
Robotics
Verilog Programming (During my Internship)
- JK Flip Flop Code
- SR Flip Flop Verilog Code
- Frequency Divider
- Frequency Divider D Flip Flop
- Master Slave D Flip Flop
- Verilog Code for D Flip Flop
- Carry Look Ahead Adder
- 8bit Full Adder
- Hamming Code Sequence and Detector
- I2C Master and Slave
- Sequence Detector
- BCD to 7 Segment Display
- Asynchronous Counters
- UP Counters
- Down Counters
- Parity Bit Checker
- Finite State Machine
- Ring Counter
- 8bit Vedic Multiplier
- 16 bit RISC Processor
- SPI Serial Peripheral Interface
- VGA Interfacing with FPGA
- I2C Single Master and Single Slave
- I2C Single Master and Multi Slave
- I2C Verilog Code Explanation I
- I2C Verilog Code Explanation II
- How to simulate Verilog Code in Xilinx
- Setup Time and Hold Time
- Delays in Verilog
- Verilog Code for MOD 5 Counter
Others
- Linux AWK Commands
- Linux AWK tutorial
- Linux Background Process
- Linux Whiptail Commands
- Linux Hardlinks and Soft links
- Linux Inode in Bash
- Linux PS Commands
- How to simulate on FPGA?
- Deep copy vs Shallow Copy — System Verilog
- Encapsulation — System Verilog
- Inheritance — System Verilog
- Static Classes and members — System Verilog
- Classes and Objects — System Verilog
- PS Commands — Linux
- AWK Commands 2 — Linux
- AWK Commands 1 — Linux
- Background Process — Linux
- Dialog Box Whiptail — Linux
- Hardlinks vs Softlinks — Linux
- Inode — Linux