Operational Effectiveness Evaluation of Optoelectronic Equipment for Combined Arms Based on OODA Loop

doi:10.12382/bgxb.2022.A009

Abstract

Abstract: The operational effectiveness of optoelectronic equipment for combined arms is evaluated based on observe-orient-decide-act (OODA) loop. The role of optoelectronic equipment based on OODA loop is analyzed，and an operational effectiveness evaluation model of optoelectronic equipment is established for the whole process of reconnaissance and attack. The index aggregation method is used to evaluate the operational effectiveness of the main optoelectronic equipment. The evaluated results show that the performance and quantity of optoelectronic equipment of observation unit have a significant impact on the combat capability of the system. When the overall combat capacity of strike unit is at a high level，the improvement of the overall combat capability by simply improving the performance of the observation unit is limited.The evaluated results of the proposed model are basically consistent with the actual situation.The results show that the combat capability of optoelectronic equipment can be objectively evaluated by using the evaluation model based on OODA loop to evaluate the combat effectiveness of optoelectronic equipment in the system-of-systems confrontation.

Key words: combinedarms, optoelectronicequipment, combateffectivenessevaluation, observe-orient-decide-actloop, system-of-systemsconfrontation

CLC Number:

E933.1

GUO Leiping， DUAN Wenbo，LIU Yu， ZHANG Kuijia， SHI Kai， WANG Yawei. Operational Effectiveness Evaluation of Optoelectronic Equipment for Combined Arms Based on OODA Loop[J]. Acta Armamentarii, 2022, 43(S1): 177-182.

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