Jerome-Zhao99/VirusGame

Stars
2
Language
License
GNU General Publi...
Created over 3 years ago
Updated over 3 years ago

Jerome-Zhao99/VirusGame

Jerome-Zhao99

There are no reviews yet. Be the first to send feedback to the community and the maintainers!

This project requires appropriate modification and innovation of the game content based on the casual monster fighting game, combined with the elements of fighting against COVID-19. Using object-oriented knowledge, using Java Application to simulate this game.

The-Design-and-Realization-of-The-Teaching-Planning-System

This is a project which exert topological sorting algorithm to implement the teaching plan system project

Empirical-analysis-of-multi-factor-model-in-Shanghai-A-shares-market-of-China

Based on the financial data and market data of the stock in Shanghai Stock market from January 2020 to June 2020, a multi-factor stock selection model under Alpha strategy was established. The strategy was written in Python and then tested back on the quantitative trading platform.The yield curve of the strategy is very stable, which basically hedges the market risks brought by COVID-19 and achieves the purpose of preventing major risks.

github-slideshow

A robot powered training repository 🤖

Operation-Research_Idiopathic-Pulmonary-Fibrosis

This is a problem to be solved using decision theory from operations research

Activity-Scheduling-with-Linear-Programming

In the face of today’s fast-paced social life, time is one of the best chips. By using your time effectively, you can make your life more meaningful. Now Amy, a management science student at Xiamen University, needs to structure her weekly schedule for the second semester of her junior year. It is known that there are four compulsory courses, 7 optional courses, between the elective courses will have conflicts in class time. Her goal is to maximize the “total value” of her schedule.

Large-scale-Multi-vehicle-path-with-Linear-Programming

NHG is a chain store whose business scope covers 123 stores in six states in the northeast. Due to the increase in distribution demand, we need to re-estimate its internal transportation mileage and require the planned route to be the shortest. Among them, the information we have obtained is the matrix distance between 123 stores, the number of deliveries corresponding to the number of stores that need to be delivered each week, and the number of goods that need to be delivered every day. The case requires that all vehicles must depart from the distribution center and must return to the distribution center within two days at the latest, and store orders on different dates cannot be grouped on the same day's route. At the same time, the case gives us quite a lot of constraints. For example, the driver's duty time should be less than 14 hours or the driver's maximum driving time is 11 hours. The duty time includes the driver's driving time, waiting time, and unloading time; the vehicle load must be less than 3200 ft3; the unloading rate is 0.03 minutes/ft3, and the unloading time of less than 30 minutes is also counted as 30 minutes; the vehicle speed is set at 40 mph; and the service time is 8:00-18:00