Pinned Repositories
16_4-Priority-Encoder
16_4 Priority Encoder
ADB-data-conversion
ADS-B Exchange daily flight data json conversion and processing using R. Automated shell script to fetch data for set duration and execute R script.
Artificial_Intelligence_based_New_Eleusis_Game_Solver
New Eleusis Game Solver
GasPred
Gas Price Prediction Service
kNN-based-MNIST-digit-recognition
Custom kNN based MNIST digit recognition. No built in kNN function used to process data.
Probability_solver
Implemented a program that computes and returns the probability of any conjunction of events given any other conjunction of events for 5 argument Bayesian network.
Puzzle_Path_Finder
A program to read in and solve path finding puzzles using A* search algorithm. Each puzzle consists of a sequence of integers. At each step in the puzzle, we move exactly the number squares indicated by integer in the square you are in.
Robot_MazeSolver
Win It
serverless-stack-api-mw-sp
mw-sp API
serverless-stack-client-mw-sp
Serverless Amazon Stack Client MW SP
bhrigub's Repositories
bhrigub/16_4-Priority-Encoder
16_4 Priority Encoder
bhrigub/ADB-data-conversion
ADS-B Exchange daily flight data json conversion and processing using R. Automated shell script to fetch data for set duration and execute R script.
bhrigub/kNN-based-MNIST-digit-recognition
Custom kNN based MNIST digit recognition. No built in kNN function used to process data.
bhrigub/Probability_solver
Implemented a program that computes and returns the probability of any conjunction of events given any other conjunction of events for 5 argument Bayesian network.
bhrigub/Robot_MazeSolver
Win It
bhrigub/serverless-stack-api-mw-sp
mw-sp API
bhrigub/serverless-stack-client-mw-sp
Serverless Amazon Stack Client MW SP
bhrigub/GasPred
Gas Price Prediction Service
bhrigub/16-x-16-Bidirectional-Memory
16 x 16 Bidirectional Memory
bhrigub/16-x-16-Synchronous-Memory
16 x 16 Synchronous Memory
bhrigub/32x8-Asynchronous-ROM
32x8 asynchronous ROM. Read_address and ouput_en are two inputs of ROM. Used $fmonitor to store the location(@location_in_hex) and content(conten_in_hex) that is read in mem.txt file and used $readmemh system task to: a. Initialize ROM from data stored in “memory1.txt” file. Each location stores the content equivalent to its read_ address (i.e. 5 is stored in 5th location of ROM). Used self testing test bench to verify that the content and the read_address are equal to each other for a particular location. b. Initialized ROM from data stored in “memory2.txt” file. Stored the data in address ranging from 15 to 28. Verified the content stored using test bench.
bhrigub/4x4-sequential-multiplier-using-booths-algorithm
Designed 4x4 sequential multiplier using booths algorithm
bhrigub/8-bit-Arithmetic-Logical-Unit
8-bit Arithmetic Logical Unit
bhrigub/8_3-priority-encoder-using-dataflow-modeling
8_3 priority encoder using dataflow modeling
bhrigub/Asynchronous-RAM-CY6264
Design and verify the functionality of the Asynchronous RAM CY6264
bhrigub/Design-and-Verification-of-functionality-using-Core-Generator
Using Core generator Designed and Verified functionality of following blocks i. 5x5 unsigned multiplier ii. 32x4 Simple Dual Port Ram iii. 5 Bit Adder/Subtractor Circuit using Fabric(Verify using FPGA Editor) iv. 3 Bit Adder/Subtractor Circuit using DSP48(Verify using FPGA Editor) v. 8x8 ROM with initial value provided from .coe file
bhrigub/DFF-with-asynchronous-preset-and-reset-and-verified-for-Xilinx-Virtex-6-FPGA
DFF with asynchronous preset and reset and verified for Xilinx Virtex 6 FPGA
bhrigub/Digital-circuit-design
Digital circuit design. After synthesis is over, modified the code so that buffer (BUF) provides a delay of 5 units, AND gate of 4 units and OR gate of 3 units. D Flip Flop has set up requirement of 3 units and hold requirement of 4 units. Used specify block for defining setup and hold requirements. Calculated the minimum time period (or maximum frequency). Provided clock input with smaller time period than required to observe setup and hold violations. Verified proper functionality of the circuit after this increase in the time period to the required value.
bhrigub/first-contributions
🚀✨ Help beginners to contribute to open source projects
bhrigub/Frequency-divide-by-8-circuit-using-T-Flip-Flop
Frequency divide by 8 circuit using T Flip Flop
bhrigub/GoPiGo3
The GoPiGo3 is a Raspberry Pi Robot!
bhrigub/graduation
$ git remote <graduation> yearbook
bhrigub/Network-Manager
Network Manager
bhrigub/py_genome_next_generation_sequencing
bhrigub/Sequence-detector-using-Gate-Level-modeling
Sequence detector using Gate Level modeling
bhrigub/tensorflow
An Open Source Machine Learning Framework for Everyone
bhrigub/todoApp
bhrigub/todoVueApp
bhrigub/university-tuition-and-ranking-correlation
Use bash to find correlation in university ranking and the tuition fees
bhrigub/vscode
Visual Studio Code