The CAMP project, primarily funded by the STARS Joint Program Office, sponsored by the Air Force Armament Laboratory, and performed by McDonnell Douglas, has taken a pragmatic approach to demonstrating the feasibility and utility of the concept of software reuse for real-time embedded missile systems. CAMP products include: 452 operational flight software parts in Ada for tactical missiles, and a prototype parts engineering system to support parts identification, cataloging and construction. In order to demonstrate the value of the reuse concept, a missile subsystem was built using the CAMP parts. Results indicate a significant increase in software productivity when developing systems using parts, Ada, modern software engineering practice, robust software tools, and knowledgeable software engineers. This report is documented in three volumes: Volume I- CAMP Parts and Parts Composition System, Volume II- 11th Missile Demonstration, and Volume III- CAMP Armonics Benchmarks.
Common Ada Missile Packages. Phase 2. (CAMP-2). Volume 2. 11th Missile Demonstration
1988
128 pages
Report
No indication
English
Missile Technology , Computer Software , Guided missile computers , High level languages , Tactical weapons , Real time , Feasibility studies , Embedding , Facilities , Guided missiles , Identification , Parts , Productivity , Prototypes , Standards , Systems engineering , Software reuse , CAMP(Common Ada Missile Packages) , Ada programming languages , Reusable software , Software parts , RTE(Real Time Embedded) , Transportable language
Common ADA Missile Packages (CAMP)
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