DocumentCode
3387602
Title
Speakeasy-a new direction in tactical communications for the 21st century
Author
Torre, Frank M.
Author_Institution
Hazeltine Corp., Greenlawn, NY, USA
fYear
1992
fDate
28-30 Apr 1992
Firstpage
139
Abstract
Speakeasy, now in its advanced development model phase, will be able to communicate with any of fifteen presently fielded radio types: a waveform ensemble spanning HF through X -band and comprising skywave, line-of-sight, tropo and satellite communications media. In addition, Speakeasy contains a new, advanced, waveform which, together with advanced receiver processing and automatic link reconfiguration/control, provides unprecedented resistance to interception, exploitation, interference, and propagation impairments such as multipath. The Speakeasy system is based on a `library´ of common standardized modules. Each deployment is composed of a particular combination of modules according to the platform and mission. The manpack, because of the relatively large number envisioned for the future battlefield, is the determiner of the module designs and standards. This permits other platforms to enjoy reduced initial and life cycle costs from module commonality with the numerically dominant manpack. An overview of the Speakeasy concept is presented, and its functional design concept is examined
Keywords
military systems; mobile radio systems; HF; LOS communication; Speakeasy; X-band; automatic link control; automatic link reconfiguration; life cycle costs; manpack; multipath; receiver processing; satellite communications; skywave communication; standardized modules; tactical communications; troposphere; Computer architecture; Costs; Digital signal processing; Hardware; Interference; Laboratories; Radio spectrum management; Reflection; Satellite communication; Storms;
fLanguage
English
Publisher
ieee
Conference_Titel
Tactical Communications Conference, 1992. Vol. 1 Tactical Communications: Technology in Transition., Proceedings of the
Conference_Location
Fort Wayne, IN
Print_ISBN
0-7803-0745-3
Type
conf
DOI
10.1109/TCC.1992.247154
Filename
247154
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