Liam Goss (@liamgoss)
github

liamgoss

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  • Stars
    star
    77
  • Global Rank 250,980 (Top 9 %)
  • Followers 8
  • Following 6
  • Registered over 5 years ago
  • Most used languages
    Python
         55.6 %
    C
         11.1 %
    Solidity
         11.1 %
    JavaScript
         11.1 %
    Verilog     11.1 %

Top repositories

1

Polygon-Arbitrage-Bot

This code is a fully automated arbitrage bot that constantly scans the polygon mainnet via a node such as Alchemy. Whenever a price discrepancy between two tokens is detected on Quickswap and Sushiswap
JavaScript
27
star
2

nissan_ecu_hacking

Python code written to utilize the Korlan usb2can hardware to send and receive data over the can-bus on a 2008 Nissan 350z
Python
20
star
3

Polygon_Arbitrage_Bot_REVAMPED

This is an updated version of the Polygon Arbitrage Bot with a total change in code structure. This is a work in progress and successful trades are not guaranteed!
Solidity
15
star
4

Ethereum-Wallet-Private-Key-Generation

I created this code in order to learn more about secp256k1 and how wallets and private keys are generated. All of these wallets generated can be imported into Metamask because they are valid wallets and can be viewed on Etherscan.
Python
9
star
5

neuralNetworks

A random compilation of Machine Learning and Neural Networks I have worked on (most will include Tensorflow, Keras, etc.)
Python
2
star
6

FBLA-Coding-and-Programming

My FBLA Coding and Programming project for State competition. Placed 4th in California and Top 15 in Nationals.
Python
1
star
7

MIPS-Compiler

This project is a quick compiler for MIPS program written in Python. It takes in an input .txt file of mips instructions, converts them to machine code (represented in hex), and writes them to a file.
Python
1
star
8

FPGA-RTOS-GAME

The objective of this project is to develop a two player game running on the Micrium (Β΅C) Real Time Operating System (RTOS). Each player uses their respective side of the host computer’s keyboard to control their player. Our deliverables will be composed of the various modules offered by the Intel Qsys Platform Designer.
C
1
star
9

MIPS-32-Bit-Processor

The objective of this project was to design a 32-bit MIPS processor featuring pipelining, hazard detection, and forwarding.
Verilog
1
star