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The Adequacy Of The Fourteen General Systems Characteristics As Function Point Adjustment Factors, Michael D. Prater, Joseph C. Willoughby
The Adequacy Of The Fourteen General Systems Characteristics As Function Point Adjustment Factors, Michael D. Prater, Joseph C. Willoughby
Theses and Dissertations
The purpose of this research is to assess the perceived adequacy of the 14 general systems characteristics (GSCs) in deriving a value adjustment factor (VAF) for calculating final function point counts. Two self-administered surveys were used to collect data. Based on the survey results, it is clear that the 14 GSCs currently do not adequately represent the applications complexity required to adjust function point counts. The current GSCs remain controversial and while this research can not conclusively state that one factor is more accurate than any other, it is evident that certain GSCs are perceived to he more useful for …
Graphical User Interface And Microprocessor Control Enhancement Of A Pseudorandom Code Generator, John M. Kos
Graphical User Interface And Microprocessor Control Enhancement Of A Pseudorandom Code Generator, John M. Kos
Theses and Dissertations
Modern digital communication techniques often require the generation of pseudorandom numbers or sequences. The ability to quickly and easily produce various codes such as maximal length codes, Gold codes, Jet Propulsion Laboratory ranging codes, syncopated codes, and non-linear codes in a laboratory environment is essential. This thesis addresses the issue of providing automated computer control to previously built, manually controlled hardware incorporating the Stanford Telecom STEL-1032 Pseudo-Random Number (PRN) Coder. By incorporating a microcontroller into existing hardware, the STEL-1032 can now be conveniently controlled from a MATLAB Graphical User Interface (GUI). The user can quickly create, save, and recall various …
Transforming Aggregate Object-Oriented Formal Specifications To Code, John A. Kissack
Transforming Aggregate Object-Oriented Formal Specifications To Code, John A. Kissack
Theses and Dissertations
The feasibility of a transformational formal-based software engineering tool has been the focus of AFIT research for several years. Until now, the main research emphasis has been placed on the individual components that would comprise such a transformational system; therefore, this research demonstrates how a representative collection of aggregate objects would be transformed from specification to code. The research focused on critical integration issues associated with a formal-based software transformation system, such as the source specification, the problem space architecture, design architecture, design transforms, and target software transforms. Software is critical in today's Air Force, yet its specification, design, and …