Browse Prior Art Database

IEEE Computer Volume 14 Number 6 -- NEW APPLICATIONS & RECENT RESEARCH

IP.com Disclosure Number: IPCOM000131627D
Original Publication Date: 1981-Jun-01
Included in the Prior Art Database: 2005-Nov-11
Document File: 3 page(s) / 19K

Publishing Venue

Software Patent Institute

Related People

Prof. Demetrios Michalopoulos: AUTHOR [+3]

Abstract

NEW APPLICATIONS & RECENT RESEARCH

This text was extracted from a PDF file.
This is the abbreviated version, containing approximately 37% of the total text.

Page 1 of 3

THIS DOCUMENT IS AN APPROXIMATE REPRESENTATION OF THE ORIGINAL.

This record contains textual material that is copyright ©; 1981 by the Institute of Electrical and Electronics Engineers, Inc. All rights reserved. Contact the IEEE Computer Society http://www.computer.org/ (714-821-8380) for copies of the complete work that was the source of this textual material and for all use beyond that as a record from the SPI Database.

NEW APPLICATIONS & RECENT RESEARCH

New Applications Editor: Prof. Demetrios Michalopoulos

California State University, Fullerton

Fiber optic link tested for missile guidance role

Hughes Aircraft Company is developing a fiber optics communications system for the US Army that will enable a safely concealed gunner to remotely direct a guided missile to a battlefield target. Hughes and its principal subcontractor, ITT Electro-Optical Products Division, are working on techniques to enable communication between an airborne missile and a gunner at the launch site via a fine fiberoptic thread. Program of ficials say the system has the potential to provide the basis for a lowcost lock-on-after-launch anti-armor missile with extended range and immunity to enemy countermeasures.

The concept calls for a missile with an imaging seeker in its nose to be fired in the direction of a known enemy force. The scene viewed by the missile is communicated to a gunner over a single strand of the optical fiber, which is payed out from a spool in the aft of the missile. The gunner views the scene on a video-type display and selects target and guidance commands, which are automatically transmitted to the missile over the fiber-optic link.

The most promising aspect of a fiber-optic missile communications system is its ability to transmit the wide-band signals required for video images. While metal wire or coaxial cable is capable of transmitting such signals, they are not suitable for tactical missile ap- plications because of bulk, lack of strength, or other operational limitations. There are several other advantages to the fiber-optic missile:

Lower missile cost and an increase in system reliability are possible because much of the data processing is done at the launcher, enabling the on-board electronics to be simplified.

Optical signals cannot be detected or jammed.

The missile's lock-on-after-launch capability allows it to be launched from either ground vehicles or helicopters without exposing the crews to enemy fire.

With the missile's entire flight under control of a gunner, there is greater confidence in

target selection than with some other lock-onafter-launch concepts.

Fiber optics lends itself to a variety of seekers, including infrared for operation at night or in the smoke and dust of a battlefield situation.

Early in the program, Hughes and ITT overcame two of the system's primary technological hurdles: the development and fabrication of long lengths of a thin (300 microns) fiber- optic cable with unusually high tensile streng...