This project is an implementation of the DECIDE() function, which is part of a hypothetical anti-ballistic missile system. The function will assess radar tracking data and determine whether an interceptor should be launched based on specific conditions. Written in Java, the DECIDE() function evaluates a series of Logical Connector Matrices (LCM) and Conditions Met Vectors (CMV) to decide whether to issue a launch-unlock signal.
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Conditions Met Vector (CMV): A vector of boolean values that represents the truth of 15 different Launch Interceptor Conditions (LICs) based on radar data.
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Logical Connector Matrix (LCM): A 15x15 matrix that defines how individual LICs must be combined. Elements in this matrix can be ANDD, ORR, or NOTUSED.
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Preliminary Unlocking Matrix (PUM): A matrix derived from the LCM and CMV that represents preliminary combinations of LIC conditions.
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Preliminary Unlocking Vector (PUV): A vector that determines which LICs matter for the final decision process.
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Final Unlocking Vector (FUV): A vector where all elements must be true for the interceptor launch-unlock signal to be issued.
/DD2480
├── /.github # CI/CD in GitHub
├── /src
│ ├── /main
│ │ └── /decide
│ │ ├── /application # Main-function
│ │ ├── /core # Core-functions
│ │ ├── /model # Parameters etc
│ │ └── /util # Help-functions
│ ├── /test
│ │ ├── /decide
| | | ├── /decider # Test entire program
| | | └── /lic_judge # LIC Tests
│ │ └── /resources # Test input-files
├── /target # Generated class-files etc
├── /.gitignore
├── /pom.xml # mvn config
├── /docs # Project documentation
└── README.md # Project overview
Before running the project, ensure you have Maven and Java installed. The required versions are:
- Maven version: apache-maven-3.9.9
- Java version: 17.0.2
If you haven’t installed Maven yet, follow the instructions here.
To compile and package the project, run:
mvn clean installExecute the following command to start the application:
mvn exec:java -Dexec.mainClass=decide.application.DeciderApplicationTo execute all test cases, use:
mvn testTo run a specific test class, for example LIC0 use:
mvn test -Dtest=JudgeLic0TestEveryone has been active in this group project, and the collaboration has been excellent. From the beginning, we discussed each other's skills and divided the work accordingly, ensuring that everyone could contribute in ways that played to their strengths.
- Giacomo Ricco
- Kohei Kuramoto
- Max Linghag Ahlgren
- Simon Li
- Yuhang Lin
- Deciding tools # (All)
- Code skeleton and setup # (Lin)
- LIC0 # (Max)
- LIC1 # (Simon)
- LIC2 # (Simon)
- LIC3 # (Kohei)
- LIC4 # (Kohei)
- LIC5 # (Max)
- LIC6 # (Giacomo)
- LIC7 # (Giacomo)
- LIC8 # (Giacomo)
- LIC9 # (Simon)
- LIC10 # (Max)
- LIC11 # (Max)
- LIC12 # (Simon)
- LIC13 # (Simon)
- LIC14 # (Max)
- Decide test # (TBC)
- CMV # (Lin)
- LCM # (Lin)
- PUM # (Lin)
- PUV # (Lin)
- FUV # (Lin)
- "Way of working" docs # (Giacomo & Kohei)
- PowerPoint # (Giacomo & Kohei)
- README # (Max)This project is licensed under the MIT License. You are free to use, modify, and distribute this project for personal or commercial purposes.
Conditions:
- You may use and test the code freely.
- You must include the original license and copyright notice in all copies or substantial portions of the software.
- This software is provided "as is", without warranty of any kind.