Ad ver tori A l


integrated into a single informa- tion network directly linked to na- tional naval and coastguard com- mand posts. The Monolith-B active/passive


electronic intelligence system is an effective surveillance asset of yet another type. It detects radar emis- sions of enemy combat ships and aircraft at a range of up to 400 km, and provides target designation data for their engagement to coast- al artillery and missile systems. The integrated surveillance sys-


tem can also include sensors of un- derwater targets such as submarines of various types, combat swimmers and trained sea animals. Long-range underwater surveillance sensors are represented by the MGK-608E fixed sonar system and Komor electro- magnetic station. Target acquisi- tion at medium and close ranges is implemented by the Amga-ME so- nar as well as by Komor-1 magneto- acoustic and Anapa-ME sonar anti- saboteur systems designed to detect combat swimmers and their delivery platforms. The above systems boast high jamming resistance and are ca- pable of covertly detecting maritime targets (submarines, surface ships and small-size vessels), classifying them and automatically transmit- ting data to coastal weapon systems even before these targets have ap- proached important maritime and


guished by its open architecture and robust systems engineering solutions realised in it. Its perfor- mance can be gradually improved by increasing the number of its components, upgrading them and introducing new, advanced ones of both Russian and foreign origin. It is recommended that in the first phase local and region- al situation awareness systems should be set up. Such systems could be deployed in zones of responsibility of naval stations, in security zones of offshore/in- shore installations, sea oil/gas production infrastructure and in other places. Subsequently these systems


can be integrated, both organisa- tionally and technologically, into a joint state situation awareness centre. During the setting up and integration of these systems ad- vanced general and military-pur- pose information technologies are applied to optimise their cost and ensure adequate protection against unauthorized interven- tions.


Rosoboronexport offers for de-


livery specialised equipment re- quired to process and integrate surveillance data as well as to com- mand and control naval forces and assets in the customer country. The offer includes the 83t170-E coastal


Podberyozovik-ET1 surface ware radar


tal solutions for a complete set of command and control tasks asso- ciated with combat deployment of national naval forces and assets in both wartime and peacetime. Russia has also developed the


Ontomap (“Ontology of maps”) intellectual geoinformation soft- ware package designed to render information support through au- tomated collection, handling and retrieval of integrated maritime data.


Primarily the Ontomap is de-


signed to provide expert, graphical and modelling support for opera- tors of naval and coastguard com- bat information centres during op- erations in both littoral and open sea zones. The software package is not limited to military applica- tions, and can be employed in the interests of other agencies engaged in maritime activities. The Ontomap software package


is used to help collect, process and store data provided by surveillance assets of the navy, coast guards and other agencies, as well as vi- sualise tactical and sea traffic situ- ation on dynamic electronic maps. Automated data analysis is done to predict surface and underwater tar- get actions, reveal threats in good time and issue recommendations to naval hunting groups for their interception. The data processing module of


Podsolnukh-E surface-wave radar


shore-based installations. A unique underwater situation awareness sys- tem for the entire depth of the lit- toral zone can be created by opti- mally deploying the above assets on the coast, islands and offshore oil production platforms, as well as in straits and ports. The system marketed by Roso- boronexport is principally distin-


modular operations centres (to be deployed as fleet command posts at different levels) and 83t-60RSE regional tactical communications and data exchange systems (to be deployed as communications cen- tres at command posts). This equipment based on


modern computer hardware and dedicated software provides to-


the software package is applied to solve also ship’s navigation po- sitioning and tactical manoeuvr- ing problems, calculate radar and sonar operating ranges depending on weather conditions, and fulfil other tasks. The above mentioned advanced


systems will be on display at the MVMS-2011 International Mari- time Defence Show to be held from 29th June to 3rd July this year in the city of St. Petersburg, Russia.


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