Objectives: a) With this assignment you'll implement a real world problem into a simulation with JADE. The real world example of yours will be as same as yours which was selected for Ass. 01. Entities, Create modules, Processes or Resources, Decisions, Routes and Stations may be designed and implemented as agents. Entity numbers may be high so they may be scaled in order to get rid of performance problems according to a reasonable explanation. OR b) With this assignment you'll implement one of the problems listed below. JADE agents also. - Ant-based clustering Fire escape scenario - Prey-predator Covid pandemic - Motion of fluids or gases Or Any other brilliant idea best fits with agent-based phenomena Probability distributions (Normal, Uniform, Exponential and etc.) for Interarrival times and processing times can be calculated by third-party Java libraries such as Apache Commons. Logging created random numbers by Java and verifying them with Excel, Arena Input Analyzer or sth else will be a part of this step. Data Exchange between agents may be handled by ACL Messages. 1) Designing and implementing a working FIPA-compliant agent based simulation system (50 pts) Your code must include; Inline agent creation Several behaviours of different kinds (Ticker, Waker, and etc.) Messaging (send and receive) Agent type definition and searching by type a.k.a. yellow pages (optional) JADE GUI screenshot must be added to the report 2) Random number generation and verification (20 pts) 3) Building a graphical user interface including animation and numerical information (10 pts)