Accession Number : ADP006234
Title : Framework for an Efficient Two Filter GLOC Monitor,
Corporate Author : DEFENSE ADVANCED RESEARCH PROJECTS AGENCY ARLINGTON VA
Personal Author(s) : McBride, Dennis K. ; Davies, Elizabeth A.
Report Date : SEP 1990
Pagination or Media Count : 7
Abstract : A multiple- filter FLOC design framework was derived. The framework recognizes the computational limitations of current and modified airborne avionics suites. The sequential gating approach minimizes load on supporting computer resources. As context and symptoms dictate, however, appropriate processing is applied. The framework is introduced as a provocative statement of design constraints inherent in 1970's jet architectures. The simplicity of design and implementation minimizes software engineering requirements, and holds hardware/interface development to but one requisite innovation--a helmet-integrated, ICS-capable earplug that would serve as a blood velocity, Doppler sensing and transdusing agent.
Descriptors : , AIRBORNE, AVIONICS, BLOOD CIRCULATION, COMPUTATIONS, COMPUTERS, DETECTION, DOPPLER SYSTEMS, EFFICIENCY, FILTERS, LIMITATIONS, REQUIREMENTS, RESOURCES, SIGNS AND SYMPTOMS, SOFTWARE ENGINEERING, VELOCITY.
Subject Categories : Human Factors Engineering & Man Machine System
Distribution Statement : APPROVED FOR PUBLIC RELEASE