Fig.1

Three supports of agile combat support capability"

Fig.2

Three capabilities of agile combat expected target"

Fig.3

Schematic diagram of the ACE combat scenarios"

Fig.4

Influence factor system-of-systems of base construction"

Fig.5

Base construction model system-of-systems architecture"

Fig.6

Missile warning timeline"

Fig.7

Lift off evacuation timeline"

Fig.8

Runway damage model diagram"

Table 1

Criteria for assessment of damage grade"

Fig.9

Mapping curve of interception probability on cost"

Table 2

Model parameter"

Fig.10

Pareto optimal frontier of base construction"

Table 3

Multiple Pareto optimal schemes for base construction"

Fig.11

Influence of intelligence time on base construction scheme under cost constraint"

Fig.12

Influence of intelligence time on base construction scheme under cost constraint broadening"

Fig.13

Influence of intelligence time on base construction scheme under survivability constraint"

Fig.14

Influence of information time on base construction scheme under survivability constraint broadening"

Fig.15

Influence curve of number of hardened aircraft shelters on viability"

Fig.16

Inflence curve of shelters protection efficiency on viability"

Fig.17

Influence curve of interception probability on viability"

Fig.18

Influence curve of transition to higher combat readiness on viability"

Fig.19

Influence curve of number of combat duty aircraft on viability"

Fig.20

Influence curve of number of runway on viability"

Fig.21

Influence curve of number of semi permanent contingency location on viability"

Fig.22

Influence curve of number of temporary contingency site on viability"

Fig.23

Influence curve of the red missile kill radius on the blue viability"

Fig.24

Influence curve of the red missile circle probability deviation on blue viability"

Fig.25

Influence curve of number of the red missiles on the blue viability"