DocumentCode
680889
Title
End-to-End Applications and Algorithm Integration (E2A2I) Method and Architecture
Author
Hershey, P. ; Hirsch, Michele ; Maxwell, Karen
fYear
2013
fDate
18-20 Nov. 2013
Firstpage
686
Lastpage
691
Abstract
DoD manned and unmanned air systems require multiple mission phases, each with unique procedures, algorithms and checklists that are implemented through a variety of hardware and software mechanisms, all within the same mission. This approach is not efficient with respect to mission processing, staffing, and training. The End-to-End Applications and Algorithm Integration (E2A2I) Method and Architecture addresses this issue using a checklist application that receives a complete mission checklist for all mission phases (e.g., pre-mission, launch and recovery, on-mission, post-mission, and maintenance) from a data broker enforcement entity that has access to a data store. This data store contains many checklists in support of multiple diverse missions. The E2A2I application automatically executes the checklists, invoking other mission applications in order of their mission usage. The E2A2I application runs on a mobile computing device with software services that invoke one mobile application from another so that the same applications can be used in multiple mission phases and for multiple missions.
Keywords
autonomous aerial vehicles; mobile computing; DoD manned air system; DoD unmanned air system; E2A2I application; checklist application; data broker enforcement entity; end-to-end application and algorithm integration method; mission processing; mobile application; mobile computing device; software services; staffing; training; Aerospace electronics; Aircraft; Automation; Computer architecture; Distributed Bragg reflectors; Maintenance engineering; Manuals; ADA; Checklist; Data; Mission Capacity; Mobile Computing; RPA; SW Application; System Automation; UAS;
fLanguage
English
Publisher
ieee
Conference_Titel
Military Communications Conference, MILCOM 2013 - 2013 IEEE
Conference_Location
San Diego, CA
Type
conf
DOI
10.1109/MILCOM.2013.122
Filename
6735702
Link To Document