|
| Antecedent | Consequent |
|
| Type is liquid ∧ weight is 4 ∧ orbit is GEO | Propulsion capability is {(H, 0.9), (M, 0.1)} |
| Type is liquid ∧ weight is 4 ∧ orbit is MEO | Propulsion capability is {(H, 1)} |
| Type is liquid ∧ weight is 1.6 ∧ orbit is GEO | Propulsion capability is {(H, 1)} |
| Type is liquid ∧ weight is 1.6 ∧ orbit is MEO | Propulsion capability is {(H, 1)} |
| Type is hybrid ∧ weight is 4 ∧ orbit is GEO | Propulsion capability is {(L, 1)} |
| Type is hybrid ∧ weight is 4 ∧ orbit is MEO | Propulsion capability is {(M, 0.5), (L, 0.5)} |
| Type is hybrid ∧ weight is 1.6 ∧ orbit is GEO | Propulsion capability is {(H, 0.8), (M, 0.2)} |
| Type is hybrid ∧ weight is 1.6 ∧ orbit is MEO | Propulsion capability is {(H, 0.9), (M, 0.1)} |
| DR is 0.99 ∧ EP is highly | Upper stage maturity is {(H, 1)} |
| DR is 0.99 ∧ EP is moderately | Upper stage maturity is {(H, 0.9), (M, 0.1)} |
| DR is 0.99 ∧ EP is poorly | Upper stage maturity is {(H, 0.7), (M, 0.2), (L, 0.1)} |
| DR is 0.9 ∧ EP is highly | Upper stage maturity is {(H, 0.8), (M, 0.2)} |
| DR is 0.9 ∧ EP is moderately | Upper stage maturity is {(H, 0.8), (M, 0.1), (L, 0.1)} |
| DR is 0.9 ∧ EP is poorly | Upper stage maturity is {(H, 0.7), (M, 0.3)} |
| Number of TS is 3 ∧ GCS service time is 80 | U4 is {(L, 1)} |
| Number of TS is 3 ∧ GCS service time is 50 | U4 is {(L, 0.9), (M, 0.1)} |
| Number of TS is 2 ∧ GCS service time is 80 | U4 is {(L, 0.8), (M, 0.2)} |
| Number of TS is 2 ∧ GCS service time is 50 | U4 is {(L, 0.7), (M, 0.3)} |
| Number of TS is 1 ∧ GCS service time is 80 | U4 is {(M, 0.5), (H, 0.5)} |
| Number of TS is 1 ∧ GCS service time is 50 | U4 is {(H, 1)} |
| RTM percentage is 70% ∧ waveband is long | Communication capability is {(H, 0.9), (M, 0.1)} |
| RTM percentage is 70% ∧ waveband is short | Communication capability is {(M, 0.8) (L, 0.2)} |
| RTM percentage is 50% ∧ waveband is long | Communication capability is {(H, 0.7), (M, 0.3)} |
| RTM percentage is 50% ∧ waveband is short | Communication capability is {(M, 0.6), (L, 0.4)} |
| Humidity is 30% ∧ temperature is 16 | U5 is {(L, 1)} |
| Humidity is 30% ∧ temperature is 36 | U5 is {(L, 0.7) (M, 0.3)} |
| Humidity is 50% ∧ temperature is 16 | U5 is {(L, 0.4), (M, 0.6)} |
| Humidity is 50% ∧ temperature is 36 | U5 is {(M, 0.2), (H, 0.8)} |
| Propulsion capability is H ∧ US maturity is H | U1 is {(L, 1)} |
| Propulsion capability is H ∧ US maturity is M | U1 is {(L, 0.9), (M, 0.1)} |
| Propulsion capability is H ∧ US maturity is L | U1 is {(L, 0.8), (M, 0.2)} |
| Propulsion capability is M ∧ US maturity is H | U1 is {(M, 0.8) (L, 0.2)} |
| Propulsion capability is M ∧ US maturity is M | U1 is {(M, 1)} |
| Propulsion capability is M ∧ US maturity is L | U1 is {(M, 0.6) (H, 0.4)} |
| Propulsion capability is L ∧ US maturity is H | U1 is {(H, 0.7) (L, 0.3)} |
| Propulsion capability is L ∧ US maturity is M | U1 is {(H, 0.9), (M, 0.1)} |
| Propulsion capability is L ∧ US maturity is L | U1 is {(H, 1)} |
| U4 is H ∧ communication capability is H | U2 is {(M, 0.6), (H, 0.4)} |
| U4 is H ∧ communication capability is M | U2 is {(M, 0.2), (H, 0.8)} |
| U4 is H ∧ communication capability is L | U2 is {(H, 1)} |
| U4 is M ∧ communication capability is H | U2 is {(M, 0.6), (L, 0.4)} |
| U4 is M ∧ communication capability is M | U2 is {(M, 0.8), (H, 0.2)} |
| U4 is M ∧ communication capability is L | U2 is {(M, 0.4), (H, 0.6)} |
| U4 is L ∧ communication capability is H | U2 is {(L, 1)} |
| U4 is L ∧ communication capability is M | U2 is {(L, 0.8), (M, 0.2)} |
| U4 is L ∧ communication capability is L | U2 is {(L, 0.5), (M, 0.5)} |
| U5 is H ∧ interval is 3 | U3 is {(H, 1)} |
| U5 is H ∧ interval is 4 | U3 is {(H, 0.9), (L, 0.1)} |
| U5 is M ∧ interval is 3 | U3 is {(M, 0.9), (L, 0.1)} |
| U5 is M ∧ interval is 4 | U3 is {(M, 1)} |
| U5 is L ∧ interval is 3 | U3 is {(L, 0.9), (M, 0.1)} |
| U5 is L ∧ interval is 4 | U3 is {(L, 1)} |
| U1 is H ∧ U2 is H ∧ U3 is H | Evaluation is {(H, 1)} |
| U1 is H ∧ U2 is H ∧ U3 is M | Evaluation is {(H, 0.9), (M, 0.1)} |
| U1 is H ∧ U2 is H ∧ U3 is L | Evaluation is {(H, 0.8), (M, 0.1), (L, 0.1)} |
| U1 is H ∧ U2 is M ∧ U3 is H | Evaluation is {(H, 0.9), (M, 0.1)} |
| U1 is H ∧ U2 is M ∧ U3 is M | Evaluation is {(H, 0.4), (M, 0.6)} |
| U1 is H ∧ U2 is M ∧ U3 is L | Evaluation is {(H, 0.4), (M, 0.3), (L, 0.3)} |
| U1 is H ∧ U2 is L ∧ U3 is H | Evaluation is {(H, 0.8), (M, 0.1), (L, 0.1)} |
| U1 is H ∧ U2 is L ∧ U3 is M | Evaluation is {(H, 0.4), (M, 0.3), (L, 0.3)} |
| U1 is H ∧ U2 is L ∧ U3 is L | Evaluation is {(H, 0.1), (M, 0.2), (L, 0.7)} |
| U1 is M ∧ U2 is H ∧ U3 is H | Evaluation is {(H, 0.9), (M, 0.1)} |
| U1 is M ∧ U2 is H ∧ U3 is M | Evaluation is {(H, 0.4), (M, 0.6)} |
| U1 is M ∧ U2 is H ∧ U3 is L | Evaluation is {(H, 0.4), (M, 0.3), (L, 0.3)} |
| U1 is M ∧ U2 is M ∧ U3 is H | Evaluation is {(H, 0.4), (M, 0.6)} |
| U1 is M ∧ U2 is M ∧ U3 is M | Evaluation is {(M, 0.1)} |
| U1 is M ∧ U2 is M ∧ U3 is L | Evaluation is {(M, 0.7), (L, 0.3)} |
| U1 is M ∧ U2 is L ∧ U3 is H | Evaluation is {(H, 0.4), (M, 0.3), (L, 0.3)} |
| U1 is M ∧ U2 is L ∧ U3 is M | Evaluation is {(M, 0.7), (L, 0.3)} |
| U1 is M ∧ U2 is L ∧ U3 is L | Evaluation is {(M, 0.3), (L, 0.7)} |
| U1 is L ∧ U2 is H ∧ U3 is H | Evaluation is {(H, 0.8), (M, 0.1), (L, 0.1)} |
| U1 is L ∧ U2 is H ∧ U3 is M | Evaluation is {(H, 0.4), (M, 0.3), (L, 0.3)} |
| U1 is L ∧ U2 is H ∧ U3 is L | Evaluation is {(H, 0.1), (M, 0.2), (L, 0.7)} |
| U1 is L ∧ U2 is M ∧ U3 is H | Evaluation is {(H, 0.4), (M, 0.3), (L, 0.3)} |
| U1 is L ∧ U2 is M ∧ U3 is M | Evaluation is {(M, 0.7), (L, 0.3)} |
| U1 is L ∧ U2 is M ∧ U3 is L | Evaluation is {(M, 0.3), (L, 0.7)} |
| U1 is L ∧ U2 is L ∧ U3 is H | Evaluation is {(H, 0.1), (M, 0.2), (L, 0.7)} |
| U1 is L ∧ U2 is L ∧ U3 is M | Evaluation is {(M, 0.3), (L, 0.7)} |
| U1 is L ∧ U2 is L ∧ U3 is L | Evaluation is {(L, 1)} |
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