A Design Methodology for Embedded Weapons Systems Using the Harpoon Shipboard Command-Launch Control Set (HSCLCS), AN/SWG-1A(V). PDF Download
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Author: Daniel P. Olivier Publisher: ISBN: Category : Management Languages : en Pages : 116
Book Description
This thesis attempts to demonstrate the use of a combination of design method in the development of the Harpoon Weapon system. The initial design was presented in a thesis by Sentman and Maroney ADA126945. This thesis refines the initial design and presents a step by step process for designing a major system. Through the combination of many different techniques, the authors develop a unique logical approach to the software engineering problem associated with complex embedded weapons systems. Data flow diagrams are the first step. This approach allows the data or information to be charted throughout the system. A transform analysis is then performed on the data flow diagrams. This analysis imposes a control structure on the data and a hierarchical modular design is created. Once modules are identified, modules can then be grouped into packages to be used by Ada for a System Design Language or a Program Design Language.
Author: Daniel P. Olivier Publisher: ISBN: Category : Management Languages : en Pages : 116
Book Description
This thesis attempts to demonstrate the use of a combination of design method in the development of the Harpoon Weapon system. The initial design was presented in a thesis by Sentman and Maroney ADA126945. This thesis refines the initial design and presents a step by step process for designing a major system. Through the combination of many different techniques, the authors develop a unique logical approach to the software engineering problem associated with complex embedded weapons systems. Data flow diagrams are the first step. This approach allows the data or information to be charted throughout the system. A transform analysis is then performed on the data flow diagrams. This analysis imposes a control structure on the data and a hierarchical modular design is created. Once modules are identified, modules can then be grouped into packages to be used by Ada for a System Design Language or a Program Design Language.
Author: Publisher: ISBN: Category : Languages : en Pages : 0
Book Description
This thesis demonstrates a methodology to be used by a Program Manager to allow him to procedurally monitor the design development of an embedded weapons system. The methodology consists of a unique combination of several software engineering strategies integrated to form a powerful management tool. The primary objective of the methodology is to provide an algorithmic procedure which stresses simplicity at all levels of abstraction. Further, the system must be capable of generating good system specifications, good documentation, and fully understandable products. Sample products from the implementation of the methodology on the HARPOON Shipboard Command-Launch Control Set (HSCLCS) are provided for illustrative purposes. (Author).
Author: J. I Ransbotham (Jr) Publisher: ISBN: Category : Languages : en Pages : 144
Book Description
This thesis demonstrates a methodology to be used by a Program Manager to allow him to procedurally monitor the design development of an embedded weapons system. The methodology consists of a unique combination of several software engineering strategies integrated to form a powerful management tool. The primary objective of the methodology is to provide an algorithmic procedure which stresses simplicity at all levels of abstraction. Further, the system must be capable of generating good system specifications, good documentation, and fully understandable products. Sample products from the implementation of the methodology on the HARPOON Shipboard Command-Launch Control Set (HSCLCS) are provided for illustrative purposes. (Author).
Author: Publisher: ISBN: Category : Languages : en Pages : 0
Book Description
To realize the full performance capabilities of the Block 1C version of the surface-launched HARPOON cruise missile, modifications have been directed on the HARPOON Ship Command-Launch Control Set (HSCLCS), AN/SWG-1(V). The purpose of this thesis is to begin the design of modules for a simulation model which meets the specification requirements of the HSCLCS. These specifications are derived from stated U.S. Navy requirements, some additional features proposed by the author, and features proposed in a previous thesis. The simulation model can then be used for testing and evaluating the proposed modifications and for training purposes. (Author).
Author: Daniel P. Olivier
Author: Daniel P. Olivier
Author: 
Author: J. I Ransbotham (Jr)
Author: 
Author: United States. Naval Air Systems Command
Author: United States. Naval Ordnance Systems Command
Author: United States. Naval Ordnance Systems Command