| Table A | Table B |
| |
| 1. In particular | 1. a large portion of the interface coordination communication |
| 2. On the other hand | 2. a constant flow of effective information |
| 3. However | 3. the characterization of specific criteria |
| 4. Similarly | 4. initiation of critical subsystem development |
| 5. As a resultant implication | 5. the fully integrated test program |
| 6. In this regard | 6. the product configuration baseline |
| 7. Based on integral subsystem considerations | 7. any associated supporting element |
| 8. For example | 8. the incorporation of additional mission constraints |
| 9. Thus | 9. the independent functional principle |
| 0. In respect to specific goals | 0. a primary interrelationship between system and/or subsystem technologies |
| |
| Table C | Table D |
| |
| 1. must utilize and be functionally interwoven with | 1. the sophisticated hardware |
| 2. maximizes the probability of project success and minimizes the cost and time required for | 2. the anticipated fourth generation equipment |
| 3. adds explicit performance limits to | 3. the subsystem compatibility testing |
| 4. necessitates that urgent consideration be applied to | 4. the structural design, based on system engineering concepts |
| 5. requires considerable systems analysis and trade off studies to arrive at | 5. the preliminary qualification limit |
| 6. is further compounded, when taking into account | 6. the evolution of specifications over a given time period |
| 7. presents extremely interesting challenges to | 7. the philosophy of commonality and standardization |
| 8. recognizes the importance of other systems and the necessity for | 8. the greater fight-worthiness concept |
| 9. effects a significane implementation of | 9. any discrete configuration mode |
| 0. adds overriding performance constraints to | 0. the total system rationale |