"Maneuver" - the first Soviet automated battlefield control system
The possible opponents of the USSR and the USA actively competed in the development of such systems. At the end of the 50 of the last century, the first ACS troops and weapons were Tacfire artillery units developed by Americans, Misail Monitor and rear units (CA-3).
In the Soviet Union, at the beginning of the 60 of the last century, the automated combat control system (ASBU) of the Strategic Missile Forces (Impulse Design Bureau, Leningrad), the missile attack warning system (SPRN, RTI USSR) were created first, CSA) of the Almaz-2 air defense forces (Scientific Research Institute Voskhod, Moscow), the Air-to-Air Traffic Control System Vozdukh-1М (OKB-864 of the Minsk Electromechanical Plant, Minsk), the automated command and control system of missile systems (ASURK-1, Zagorsky Design Bureau electromechanical plant). The latter work was carried out under the direction of the chief designer of the plant, Semenikhin VS, who from 1963 onwards became the director of the Scientific Research Institute-101 (Scientific Research Institute of Automatic Equipment). Subsequently, the ASURK, the Vector VZVA automated control system and the USSR Armed Forces automated control system were transferred to this research institute.
In May 1964, the Decree of the Central Committee of the CPSU and the Council of Ministers of the USSR set the development of an automatic control system for troops by the front, and in 1965 the NIIIAA completed the creation of a conceptual design, and, in fact, the program for creating such a system. Taking into account the fact that NIIIAA is busy with work on creating an automated control system for the USSR Armed Forces (the "Center" system), a data exchange system (SOD) for this automatic control system, as well as the so-called "nuclear" or "presidential" case (the Cheget system from the Kazbek automated control system) ), work on the creation of an automatic control system for the Maneuver front in front-combined arms units (tank) the army - the combined arms (tank) division - the motorized rifle (tank or artillery) regiment were sent to Minsk in a separate design bureau of the Minsk Electromechanical Plant No. 864 (OKB-864).
26 February 1969 of the year OKB-864 was transformed into a branch of the Scientific Research Institute of Automatic Equipment (FNIAA), and with 16 June 1972 of the year, the Scientific Research Institute of Automation Facilities (NIISA) was created on the basis of which ACCS front "Maneuver".
The Director of the Design Bureau, and then FNIIAA and NIISA, the Chief Military Designer of the Front Control Command and Service “Maneuver” (from 1968) was appointed a professional military man, later Major General, a talented engineer Podrezov Yury Dmitrievich (1924-2001).
The automated control system of the Maneuver front was immediately created as a single integrated automated control system for the combined arms (tank) association (formation), which includes the subsystems for managing the combat arms of the ground forces, and the automated control system for the front aviation and military air defense, ACS rear, united by a single communication system and data transmission. It should be noted that the ACS of front-line aviation was functionally included in the ACS "Maneuver", but was developed as an independent ACS for a separate task and was called the "Etalon".
The main issues that need to be addressed when creating an automated control system for the “Maneuver” front were:
the creation of a system in its operational-tactical characteristics is not inferior to the best foreign analogues, and in some characteristics and superior to them, in the conditions of a significant lag in the USSR in the development of communications, computing equipment and general software, using only domestic components and materials, power supplies and life support;
• the need for the system to operate in severe climatic conditions (from -50°С to +50°С), conditions of strong shock loads, tense habitability and movement characteristics at the tactical control level (division, regiment);
• the need to ensure the maximum unification of technical means, automated workstations (AWS) to ensure the proper survivability of the system and the deployment of its mass production in the defense industry of the USSR, and later in the countries participating in the Warsaw Pact;
• the need to ensure very strict probabilistic and temporal characteristics of information delivery and the time for collecting information as a whole for the control link, which should have reduced the combat control cycle by an order of magnitude or more compared to the existing non-automated system.
These and other problems and tasks were successfully resolved in the automated control system of the “Maneuver” front. During this period, many high-tech, corresponding to the best foreign analogues of the time, basic hardware and software necessary to create command and staff machines were developed, manufactured and passed all types of tests. For example, such as indicators of circular view, drawing and graphic machines, coordinate pickups, electro-optical tablets, consoles of the set of formalized codograms, various keyboards and boards for displaying information, data transmission equipment of different time scales and remote information input, switching equipment and operational communications, operating system software, database management.
Structurally, the basic technological and software tools are combined in the automated maneuver front automated control system into automated workplaces and installed at the tactical level — division, regiment (26 machines) into command-and-staff machines (CMM) and special machines (SM), and at the operational level — front and army (about 100 machines) to staff vehicles (CM). The MT-LBU self-propelled chassis was used as a transport base, and the Osnova body based on the Birthmark chassis, Ural-375, KP-4 trailers
The use of a systematic approach in the field of building distributed computing systems made it possible to organize distributed data processing and storage of data arrays in distributed databases. A systematic approach - the foundation of the GNAT Agat projects - made it possible to make optimal and unique software and hardware solutions that ensured maximum adaptation to changing user needs, compatibility of all system components and its subsystems, consideration of multiparameter functional subsystems, high-quality information processing in automated control systems severe restrictions on the amount of memory and computer performance with a positive result - the creation of an automated control system that is efficiently working in any external environment. Which approach led to control of troops, weapons, intelligence and electronic warfare is extremely reliable, survivable and operational. This was done on computer technology, which is significantly inferior in its characteristics to foreign models. The high reliability of the system was ensured due to the unification of the AWS equipment and the use of parallel algorithms (structural algorithmic redundancy) in information processing.
When designing automated control systems, it turned out that automatic control and automation systems should be based on completely new principles that had no analogues in the past, and for data-exchange systems of such scale and complexity, the basic fundamentals of building data transmission equipment were developed. The implementation of highly vibrant adaptive networks and communication systems could be tested to the extent necessary only at the Maneuver automated control system. The creation of a mobile automated control system required the solution of the main communication problem - the exchange of data between the control center and the control center. The volume of transmitted information has increased significantly, the time of its delivery has decreased, and the requirements for error-free data transfer for those times 1х10-6 were fantastic. It was necessary to create a new class of equipment that meets all the requirements for data transmission, operating in harsh environments (from -50 ° C to + 50 ° C), on the go, including and in armored vehicles.
The need to create data transmission equipment of three significantly different types was revealed:
• for the transmission of operational-tactical information (OTI);
• for real-time data transmission (RTW);
• for remote input of intelligence data (RD).
The task of creating an ADF for the transfer of OTI was entrusted to the Penza Electrotechnical Research Institute (PNIEI) and successfully solved by developing the T-244 “Basalt” (1972) equipment complex first, and then the T-235 “Redut” equipment complex (1985 g.). These unique complexes allowed building extensive data exchange networks and, by their characteristics, had no analogues in the world. The development of the ADF for the transmission of information RMV divided into two directions. The ADF for the country's air defense system was developed by the Leningrad PO Krasnaya Zarya with the scientific support of the Moscow Institute of Instrument Automation (AI-010 equipment).
The lead developer of the ADF RVM for mobile control points was determined by NIISA, which created and implemented products Polyaana, Ranzhir, PORI and other objects interfaced with KSHM (CMM), a whole generation of equipment: С23 (1976), AI-011 (1976 g.), С23М (1982g.), "Irtysh" (1985 g.).
The development of remote input equipment was also entrusted to NIISA and, for the radiation and chemical reconnaissance units, the Berezka equipment was first created (1976), and then the Sturgeon complex (1986).
The tactical unit of the maneuver ASUV is equipped with its own built-in mobile communications system, which provides all the necessary internal and external communications for the command center, from tone to digital. The security equipment of guaranteed resistance class was used. The organization of the telecode exchange system and data transmission equipment provided data transmission in any combat conditions (active and passive interference, protection against ionizing radiation, deliberate counteraction, etc.). The entire communications system was controlled from the headquarters of the communications commander and provided the opportunity to change the architecture of HF and VHF communications networks to the requirements of the combat situation.
One of the most serious scientific and technical problems of creating a tactical level of control of the front maneuver of the “Maneuver” front in the early 80s of the last century was the solution of the problem of suppressing industrial interference and ensuring electromagnetic compatibility during normal operation from 4 to 7 radio stations and receivers located in one crawler armored base, bringing the entire complex of automation equipment up to the given tactical and technical characteristics, first of all in terms of radio communication and normal functioning automation equipment. This task was successfully solved by a group of specialists from the institute.
When creating an automated command and control system for a tactical level, for the first time, the methodology of end-to-end design was developed and applied to create large integrated systems from the formal representation of the subject area in the form of a mathematical model to its implementation in technical, linguistic, informational and software.
The information system language (NRF) developed by the specialists of NIISA, which is a set of common syntax rules for the Maneuver automated information system, ensured information compatibility in the transfer of data between subsystems.
Over the 500 organizations and enterprises of the USSR and the Warsaw Pact member countries that organized industrial production of complexes and systems of tactical level, as well as complexes and systems of rocket forces and artillery, participated in the cooperation on the creation of the automated control system of the front "Maneuver".
The general customers of the Maneuver ASUV: the General Headquarters of the USSR Armed Forces, and then the head of the USSR Armed Forces Communications Forces — were brought to the military-scientific support of projects and tests of the system and its elements by leading military-scientific institutions: Military Academy of the General Staff of the USSR Armed Forces, Military Academy armored troops them. R.Y. Malinovsky, Military Academy. Mv Frunze, Military Academy. F.E. Dzerzhinsky, Military Academy of Communications, Chemical Protection, Artillery Academy, Engineering Academy and others. In addition, the central scientific research institutes of the armed forces and combat arms, for which the maneuver automated control system components were created, were specially created for scientific research and testing in order to improve the Armed Forces.
In November 1981, the state tests of the “Maneuver” ACCS were completed and an act of the State Commission with positive results was submitted for approval. By decree of the Central Committee of the CPSU and the Council of Ministers of the USSR in December 1982, the tactical link of the Front Command and Command Administration "Maneuver" was adopted by the Soviet Army. NIISA was awarded the Order of the Red Banner of Labor, and the most distinguished industrial workers and military specialists (about 600 people) were awarded orders and medals of the USSR.
In 1988, the creation of an improved version of the tactical link of the AFC “Maneuver” front was completed during the 1989-1991 period. Separate prototypes of the advanced maneuver automated tactical and operational complexes for the front-end maneuvers were placed in a number of districts (BVO, MVO, DVO), the Military Academy of the General Staff of the USSR Armed Forces, the Military Academy. Mv Frunze, headquarters of the 5 th Army Arms.
On the basis of the main technical solutions of the front-end maneuver for the automated control system of the front “Maneuver”, two major projects were implemented - the creation of an integrated automated control system of the air force and air defense of the Group of Soviet Forces in Germany and the field control system of the Warsaw Pact countries. The experience of system design, obtained during the creation of the automatic control system of the “Maneuver” front, is invaluable.
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