Open AccessMODULAR COMMAND AND CONTROL STRUCTURES AND FORCE ORGANIZATION USABLE IN OPERATIONS AT HIGH ALTITUDES
Author(s) -
Cezar POPA
Publication year - 2022
Publication title -
bulletin of "carol i" national defense university
Language(s) - English
Resource type - Journals
eISSN - 2284-9378
pISSN - 2284-936X
DOI - 10.53477/2284-9378-21-49
Subject(s) - command and control , modular design , flexibility (engineering) , interoperability , architecture , computer science , usable , control (management) , integrator , systems engineering , computer security , distributed computing , engineering , telecommunications , operating system , art , statistics , mathematics , bandwidth (computing) , artificial intelligence , world wide web , visual arts
Mountainous areas located at high altitudes, hardly accessible, are used as safe heavens and staging areas by various asymmetrical groups. Addressing these challenges in areas of operations located at high altitudes requires the existence of specific capabilities for command and control. C2 based on mission command must be adapted to the current requirements generated by conflicts with variable geometry, mosaic type conflicts, composite, multifaceted, multi-layered, multi-domain conflicts. Command and control systems should have architectural flexibility, intelligent digitised platforms and its modules should be perfectly functionall and interoperable (based on self-sufficiency ‒ extended capability to operate over time). We believe that, at high altitudes, the architecture of a complex command and control system must be modular and designed as a coherent integrator of sensors, decision-makers, performers and support capabilities, interconnected in subsystems that ensure the planning, preparation, execution and effective evaluation of military actions. In the conditions of diversification of risks and threats in the multidimensional operational environment, the architecture of the command and control systems must be permanently adapted in order to ensure real-time, horizontal and vertical communication between forces, support structures and command-control structures.