Management system
Guidance system called different things in several organizations - is mostly about the "operational command system, command and weapon control system" (FüWES), the "Executive Information System" or "Combat Direction System" (CDS), a following IT system to support command and control processes . It generally includes real-time components as well as planning and management aids.
tasks
A management system usually covers the following tasks:
- Consolidation of the measurement results of the connected sensors (e.g. radar ),
- Processing, interpreting and presenting the situation information obtained in this way,
- Placement of orders to subordinate units, e.g. B. by means of tactical data link ,
- if necessary, automated and coordinated use of weapons against recognized targets,
- Success control of the use of weapons
Range of functions
To fulfill the tasks listed above, guidance systems contain the following components:
- Databases for building, maintaining and maintaining the situation information,
- Interfaces (partly real-time capable) to sensors, weapon systems and communication systems,
- Planning aids that map military deployment procedures in the system (e.g. tools for calculating the optimal positioning of own units against a defined threat),
- interactive, real-time display systems for the serving soldiers
history
With the triumph of computer technology, the military began to show an interest in this. Driven by ever shorter reaction times due to the ever faster threat from aircraft and missiles , the navy and the air force began with a step-by-step automation of their manually controlled weapons. Electromechanical fire control systems were already known, but they were not integrated into the process of preparing the situation, making decisions and using weapons.
In the 1950s, it was initially the US Navy that equipped its ships with computer-aided command systems, and shortly afterwards the air defense organization NADGE ( NATO Air Defense Ground Environment ). The individual units were connected with tactical data links such as Link 11 or Link 1 - an early form of networking.
In 1967, the Eilat incident , when a missile destroyer (not equipped with a guidance system) was sunk for the first time, accelerated development.
From the mid-1970s, command centers were also equipped with command systems, with the focus here mostly not on the automated use of weapons, but on comprehensive military information management (secret service information, deployment planning, logistics, communication). This form of a management system is now generally referred to as a management information system , also C4I (Command, Control, Communication, Consultation, Intelligence).
In the recent past, a comprehensive networking of command systems has been referred to as network centric warfare ( NCW ), in Germany also as NetOpFü (networked operations management).
Examples of management systems
- AGIS - Automated Combat Information System for Speed Boats (developed by the German Navy for the equipment in the then new class 143 speed boats , also used on the boats of class 143A )
- Aegis Combat System - the weapon deployment system used by the United States Navy cruisers ( Ticonderoga-class ) and destroyers ( Arleigh Burke-class )
- Artillery, data, situation and deployment computer network (ADLER) of the German Bundeswehr
- CDS of the F124 frigates and K130 corvettes
- COMBATSS 21 is a further development of the Aegis combat system on the Freedom class and the Independence class (Littoral Combat Ship)
- MCCIS - Maritime Command Control Information System, the command information system of the naval headquarters in Glücksburg
- FüInfoSys H - the command information system of the German army
- FüInfoSys Lw - the command information system of the German Air Force
- FüInfoSys SK - the command information system of the German armed forces
- HaFIS - project for the harmonization and migration of management information systems
- HEROS - the former command information system of the German army
- INTAFF - Integrated artillery command and fire control system of the Swiss Army
- IPN-20 (SADOC-2) - the command information system of the Italian Navy
- NADGE - NATO Air Defense Ground Environment
- SABRINA 21 - system for evaluating and processing real-time data in network architectures of the 21st century; replaces the further developed SATIR systems as standard FüWeS on frigates of the German Navy from class 123 . Later testing on the frigate Mecklenburg-Western Pomerania
- SATIR - system for evaluating tactical information on computer ships (designation of origin: system for evaluating tactical information on missile destroyers). Developed by the German Navy for armament on the newly acquired missile destroyers (DDG) of the Lütjens class Kl. 103; subsequently further developed and also scaffolded on frigates from class 122 . SATIR is to be replaced by FüWeS SABRINA 21 in the future
literature
- Don E. Gordon: Electronic warfare. Element of strategy and multiplier of combat power , Oxford, Washington DC, New York u. a. 1982, ISBN 0-08-027189-8 .
- Rudolf Grabau: radio surveillance and electronic warfare. Basics, technology and processes , Stuttgart 1986, ISBN 3-440-05667-8 .
- Rudolf Grabau: Technical Enlightenment. Sensors, systems and processes , Stuttgart 1989, ISBN 3-440-06044-6 .
- Konrad Guthardt, Heinz Dörnenburg: Electronic battle. Historical development with examples from eight decades , Heidelberg 1986, ISBN 3-7785-1155-6 .
- Josef Olischer: Electronic Warfare , Vienna 2003, ISBN 3-901183-27-2 .
- Aleksandr I. Palij: Radio electronic fight. Means and methods of holding down and protecting radio electronic systems , 2nd edition, Berlin 1985.
- Anthony M. Willcox, Michael G. Slade, Peter A. Ramsdale: Command control and communications , Oxford, Washington DC, New York a. a. 1983, ISBN 0-08-028332-2 .
- FwDV 100 (fire brigade regulation 100) Edition: March 1999, management and management in action, management system ( digitalized online )