## 3 Results
### Thematic Decomposition in Representative Mission Example (PoC in CMSS): 2 nd Meth  
The representative mission example is divided into two sub-missions and has undergone thematic decomposition. In fact, the representative mission example has branched into different thematic sub-missions, which are point \"1\" to \"3\" and point \"1\" to \"2\". The organization and analysis of the representative mission example are based on the geographical area where it takes place. The technique of thematic decomposition plays a crucial role in the success of complex missions, since it offers the following benefits:  
* _Clarity:_ By splitting the mission into two sub-missions (point \"1\" to \"3\" for document transport, and point \"1\" to \"2\" for patient transport) each team--the police and the ambulance crew, respectively--has a clear understanding of their distinct objectives. This clarity ensures that each actor knows his route, his cargo (i.e., classified documents or a patient), and specific operational requirements.
* _Efficiency:_ Resources can be allocated specifically for each sub-mission. The police vehicle used for the documents can be equipped accordingly for security, while the ambulance can be equipped with medical supplies. Independent tackling of each sub-mission prevents resource overlap and ensures that each mission is carried out with the appropriate means and actors.
* _Risk assessment_: Operating the two sub-missions separately allows for a more focused risk analysis. For the police vehicle, the primary risks might involve security threats,whereas for the ambulance, the primary risks are related to medical emergencies en route. This separation allows each team to prepare for and mitigate their specific risks effectively.
* _Communication_: Clear communication channels can be established for each sub-mission. The police team will have a dedicated communication line focused on route security, while the ambulance crew will maintain communication with medical personnel. This prevents communication misunderstadings and ensures that each team receives the information needed.
* _Resource optimization_: Resources, e.g., fuel, personnel, equipment, etc., are allocated precisely according to the needs of each sub-mission. The police vehicle might require additional security personnel en route, while the ambulance may need medical staff (communicating remotely with the medical center of operations) and equipment (from local health centers). This targeted allocation prevents resource waste.
* _Quality control_: The flow of input information contributes to quality control for each thematic sub-mission, e.g., document transport might require assurance for the security of the information, while patient transport involves maintaining high medical care standards.
* _Adaptability_: If, for example, there is a traffic jam en route to the hospital, the ambulance can adapt its route independently without affecting the document transportation. Eventually, the existence of two distinct sub-missions ensures that changes in one sub-mission do not unnecessarily complicate or delay the other.
* _Problem isolation_: If the police vehicle encounters a problem, such as a mechanical failure, it can be addressed without directly impacting the patient transportation. This isolation of problems prevents a domino effect, ensuring that a problem in one area does not escalate to affect the other sub-mission.  
This thematic decomposition approach indeed provides a comprehensive framework for managing complex missions, enhancing effectiveness and efficiency while reducing risks and improving communication and quality control.