Accession Number:

ADA411342

Title:

Design Recovery and Implementation of the AYK-14 VHSIC Processor Module Adapter With Field Programmable Gate Array Technology

Descriptive Note:

Master's thesis

Corporate Author:

NAVAL POSTGRADUATE SCHOOL MONTEREY CA

Personal Author(s):

• Fetter, Bryan J.

Report Date:

2002-12-01

Pagination or Media Count:

218.0

Abstract:

The rapid pace of change in the electronics industry and the significant reduction in military budgets over the past decade has forced many military aircraft to extend their service lifetimes. This has led to aircraft with outdated avionics systems being required to accomplish new and more complex missions. This thesis examines the process of reengineering an outdated avionics system to economically upgrade its capabilities through the FPGA implementation of a binary compatible replacement. The system targeted is the ANAYK-l4V Navy Standard Airborne Computer, specifically the XN-8 chassis used as the mission computer onboard the FA-18 CD aircraft. This thesis is also intended to provide a resource document on the AYK-14 for a study being conducted by the Naval Air Systems Command NAVAIR Advanced Weapons Laboratory AWL. The design of the Input Output module of the VHSIC Processor Module was recovered through research of documentation and hardware testing. The recovered design was modeled using VHDL, synthesized and implemented using computer-aided design CAD tools. This thesis shows that replacement of legacy systems through use of FPGA technology is a viable option, however, expansion of the design is recommended to create a truly binary compatible replacement.

Descriptors:

• *AVIONICS
• *MILITARY AIRCRAFT
• *OBSOLESCENCE
• TEST AND EVALUATION
• COMPUTER AIDED DESIGN
• THESES
• INTEGRATED CIRCUITS
• PROCESSING EQUIPMENT
• MISSIONS
• RESOURCES

Subject Categories:

• Aircraft

Distribution Statement:

APPROVED FOR PUBLIC RELEASE