Title :
STANAG 5066 - flexible software/hardware solution for the new NATO HF-communication protocol
Author :
Kneidel, Thomas A. ; Buchholz, Holger
Author_Institution :
Rode & Schwarz GmbH& Co. KG, Munchen, Germany
Abstract :
Data transfer via shortwave had previously been implemented by a number of different system solutions. This, however, meant that there was almost no chance of interoperability of the systems. STANAG 5066 now tries to define an international standard for supporting data communication in HF radio networks. The core definition of STANAG 5066 is a data protection protocol serving as a uniform basis for the integration of different applications. It also allows the integration of inexpensive COTS (commercial off-the-shelf) hardware and software. The standard allows individual PCs or PC networks to be connected via shortwave and ensures reliable and error-free data exchange. In particular, services known from Internet communications, such as e-mail or FTP, can be used for the file transfer. With the adoption of STANAG 5066, the prevailing ´babel of languages´ in HF data communications is to become a thing of the past.
Keywords :
computer communications software; data communication; inter-computer links; military communication; military computing; military standards; protocols; radio equipment; radio networks; telecommunication standards; COTS hardware; COTS software; HF radio networks; Internet communications; NATO HF-communication protocol; PC networks; STANAG 5066; commercial off-the-shelf hardware; commercial off-the-shelf software; data communication; data protection protocol; data transfer; file transfer; international standard; shortwave radio; Application software; Communication standards; Data communication; Hardware; Personal communication networks; Protection; Protocols; Radio network; Telecommunication network reliability; Web and internet services;
Conference_Titel :
Military Communications Conference, 2001. MILCOM 2001. Communications for Network-Centric Operations: Creating the Information Force. IEEE
Print_ISBN :
0-7803-7225-5
DOI :
10.1109/MILCOM.2001.985843