Notes

Objective:
1. Agent architectures
2. organisational Structure: Homogeneous (totipotent) or specialised
3. Coordination and task allocation
4. Explain why it works well
5. Explain why 4 agents are the best

Coordination Problem:
1. How the agent explore the environment and what is shared between them.
2. Prevent 2 agent doing the same task
3. largest number of task is achieved

Technical Structure:
1. Number of agent in the environment
2. How are they initialized
3. what info they share
4. more about the agent

DONT:
1. No-arg constructor of Fleet Subclass
2. Do not include library package
3. do not change package structure
4. do not submit code that is not in the demo package
5. do not include printing n debugging code

Suggested Report Structure:
1. Cover page
2. Classification of task environment
3. Software design of multi agent system
4. brief description of implementation
5. Evaluation
6. Discussion/Conclusion
7. References

Software design
1. Design of single agent
2. Design of multi agent system
Single agent:
(i) High Level - Architecture of agent
(ii) Low Level - how each agent decides which task to perform and which well to use
Multi agent: (How the agents solve the problem)
(i) High Level - The type of organisation structure
(ii) Low Level - How coordination and task allocation are performed