Sensor C2 in a Future Operational Environment - a Suggestion for an Experimental Study

EasyChair Preprint 1825

Abstract

In a future and data­intensive operating environment, threats can be assumed to vary considerably. One example of such threats is missiles that can achieve speeds of Mach 5 and above. To handle this type of threat alone, it implies at least two things. First, that a suitable operational picture is provided that take account for future long distance threats. Second, it is likely that it will be even more important to be able to collect, filter, process and understand relevant data to make priorities and make proper decisions under short time conditions. Third, when considering threats by cyberwarfare, these threats can be considered as conducted in the speed of light. This, in summary, will probably suppose an efficient and dynamic command and control (C2) of available and different types of sensors, from directly controlled to sensors guided by artificial intelligence (AI), on a future battlefield. In this paper, we propose an experimental study to investigate from which levels of sensor C2 that can be centralised, decentralised, or a combination thereof, and which seems to be sufficient to be able to in time respond to threats in a geographically and by information enlarged operating environment.

Keyphrases: Command and Control, Future Operating Environment, Sensors, Situational Understanding, decision support

@booklet{EasyChair:1825,
  author    = {Mats Carlerby and Björn J. E. Johansson},
  title     = {Sensor C2 in a Future Operational Environment - a Suggestion for an Experimental Study},
  howpublished = {EasyChair Preprint 1825},
  year      = {EasyChair, 2019}}