Relevant bibliographies by topics / Australia Armed forces Communication systems

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Academic literature on the topic 'Australia Armed forces Communication systems'

Author: Grafiati
Published: 11 December 2022
Last updated: 25 January 2023

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Journal articles on the topic "Australia Armed forces Communication systems"

1

Semenenko, Inha, Yurii Artabaiev, Larisa Degtyareva, Yuliia Vakulenko, Elena Odarushchenko, Oleksii Nalapko, Artur Zarubenko, Dmytro Pavliuk, Hanna Demianenko, and Bohdan Kovalchuk. "Development of a methodological approach to the research of special purpose communication systems." Technology audit and production reserves 6, no. 2(68) (December 23, 2022): 29–33. http://dx.doi.org/10.15587/2706-5448.2022.269378.

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Hierarchical construction of special purpose systems, a large number of different types of communication devices that are the part of them necessitates the need to justify the order of research of special communication systems. Existing approaches to conduct research on special purpose communication systems are narrowly focused and aimed at researching certain types of communication. A large number of destabilizing factors affecting the functioning of special purpose communication systems and a priori uncertainty about the conditions of its application only complicate the mentioned issue. Also, the experience of the full-scale armed aggression of the armed forces of the Russian Federation on the territory of Ukraine showed the need to change approaches to the research of special purpose communication systems. That is why the issue of improving the effectiveness of the management of forces and devices of communication of groups of troops (forces) during operations is an important and urgent issue. The object of the research is the communication system of the group of troops (forces). The subject of the research is the effectiveness of the communication system of the group of troops (forces) in accordance with the purpose of the operation. The research developed a methodical approach to the research of special purpose communication systems. The novelty of the proposed methodical approach consists in taking into account the efficiency while choosing this or that method while investigating the state of a special-purpose communication system and the ability to calculate the reliability while choosing this or that method while investigating the state of a special-purpose communication system. Also, the element of novelty of this methodical approach is taking into account the efficiency of the decisions made regarding the assessment of the state of the special purpose communication system while choosing one or another research method. It is advisable to implement the mentioned approach in algorithmic and program software while studying the state of the special purpose communication system.
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Hordiichuk, V., V. Sergienko, A. Mishchenko, A. Shyshatskyi, and P. Pozdniakov. "ANALYSIS OF TECHNICAL CHARACTERISTICS OF THE RADIOELECTRONIC INTELLIGENCE OF THE RUSSIAN FEDERATION." Системи управління, навігації та зв’язку. Збірник наукових праць 1, no. 53 (February 5, 2019): 142–46. http://dx.doi.org/10.26906/sunz.2019.1.142.

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One of the most important characteristics of radiocommunication systems and facilities that operate in the conditions of radio-electronic suppression is their secrecy, which is the ability of systems and radio communications to withstand the actions of radio-intelligence. Radiotechnical intelligence provides consistent execution of three main tasks: the detection of the fact of the operation of the system (devices) of radio communication (signal detection); determination of the structure of the detected signal and its basic parameters; disclosure of the information contained in the signal. Taking into account the Operations of the Joint Forces in the East of Ukraine caused by the armed aggression of the Russian Federation, an urgent question is raised regarding the analysis of the technical characteristics of the radio-electronic intelligence systems for determining the operation of the radiocommunication equipment of the Armed Forces of Ukraine and the structure of the type of signals used. The authors of this article conducted an analysis of the technical characteristics of the radio-electronic intelligence systems of the Russian Armed Forces to determine the operation of the radiocommunication equipment of the Armed Forces of Ukraine and the structure of the type of signals used. During the research, the authors used the basic provisions of the theory of communication, the theory of electronic warfare, the theory of signals and general scientific methods of analysis and synthesis. According to the results of the research, the following conclusions can be drawn: the frequency range of the electronic intelligence facilities of the Russian Armed Forces is much larger than the frequency range of the radiocommunication facilities of the Armed Forces of Ukraine and technically developed countries of the world; classical methods of increasing impedance and secrecy such as pseudo-random reconstruction of the operating frequency is not able to provide a given level of secrecy. In view of this, the direction of further research should be considered the development of scientific and methodical apparatus for increasing the structural secrecy of radio communications based on the use of time-signal structures.
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Hadlow, Martin. "‘No Propaganda Will Be Broadcast’: The Rise and Demise of Australian Military Broadcasting." Media International Australia 150, no. 1 (February 2014): 77–82. http://dx.doi.org/10.1177/1329878x1415000117.

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Radio broadcasting has played an important role as a medium of information, news and entertainment for Australian military personnel in wartime and conflict situations. However, while many nations have comprehensive units tasked to the full-time provision of broadcasting services, such as the Armed Forces Radio and Television Service (AFRTS) in the United States and the British Forces Broadcasting Service (BFBS) in the United Kingdom, Australia has relied on more ad hoc measures. As contingencies have required, the Australian military has introduced radio broadcasting elements into its table of organisation, the most comprehensive having been the Australian Army Amenities Service (AAAS) during World War II. Now, in a new technological era, perhaps specialised radio for troops will fade completely from the agenda.
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Kobzan, Sergiy. "GIS FOR THE ARMED FORCES OF UKRAINE. TWO COMPONENTS Of VICTORY." InterConf, no. 15(117) (July 20, 2022): 347–53. http://dx.doi.org/10.51582/interconf.19-20.07.2022.037.

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The purpose of the article is to study the peculiarities of the use of GIS, which is used by the Armed Forces, namely by artillery. Interaction regarding the use of high-quality satellite communication and geographic information system was considered. The relevance of the article lies in the analysis of the use of geoinformation technologies for military purposes. GIS "ARTA" was studied, and its main advantages were determined. The problems that can be solved with the help of "ARTA" GIS are considered. Thanks to the use of GIS during military operations, it is possible to improve the accuracy and speed of artillery and missile systems. The practical application of a complex system, which includes GIS and a high-quality satellite communication system, will allow to significantly increase the effectiveness of the use of artillery in modern warfare.
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Galkin, A., S. Grigorenko, O. Bosiy, V. Lyskovchuk, and L. Gordishevsky. "APPROACHES TO THE FORMATION OF THE BASIC CHARACTERISTICS OF ACS LOGISTIC SUPPORT OF UKRAINE." Collection of scientific works of Odesa Military Academy 1, no. 13 (December 30, 2020): 274–79. http://dx.doi.org/10.37129/2313-7509.2020.13.1.274-279.

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The article analyzes the experience of leading countries in creating a logistics military systems, reviewed the development (transformation) of military logistics of leading countries of the world and outlines the creation and development of an automated system of Logistic support of the Armed Forces of Ukraine. Study of the success and effectiveness of the implementation of logistical support (LS) of military operations (forces) in the world from the experience of the armed forces of the world’s leading countries (PKS) in order to choose ways to build their own automated control system (ACS) for the Armed Forces (AF) Of Ukraine led to the conclusion that promising conceptual approaches (relevant policy documents) for the creation of a modern ACS of the Armed Forces of Ukraine should be based on modern military logistics operational and strategic concepts and provide for bkah extensive use of advanced achievements in science and technology to improve the quality of organization and management of drugs armed forces use in the management of logistics information technology for defense agencies, and improving the forms and methods of comprehensive support of combat operations. The analysis shows that in order to implement the experience of the world’s leading countries in creating military logistics systems and military logistics development programs in the logistics system of the Armed Forces of Ukraine, it is necessary to implement such areas of development of ACS of the Armed Forces of Ukraine as: – full situational awareness of resources (full coverage of resources, operational tracking of availability, location of inventories and means of delivery) in real time on the basis of a single database and information and communication space; – timely response to current and projected needs of groups of forces, fast and targeted delivery and distribution of means of support with refusal of early creation of significant stocks of means of logistics; – full integration of measures for the management of resources and logistics in the course of hostilities (operations); – flexible adaptation of the logistics system to the conditions of the real operational situation, as well as achieving the greatest homogeneity of the processes of functioning of the ACS of logistics in peacetime and wartime; – efficiency and preliminary planning of maintenance and repair processes, ensuring operational reliability and maintainability. Keywords: logistics system; concept; automated control system; logistic activity; logistics; IT; the process of automation; defense resources.
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Tkachenko, Anton, Ruslan Cherevko, Anton Nykytenko, and Aleksandr Yvashchuk. "Analysis of troops groupings in modern local wars and armed conflicts." Journal of Scientific Papers "Social development and Security" 11, no. 1 (February 22, 2021): 100–105. http://dx.doi.org/10.33445/sds.2021.11.1.11.

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The results of the analysis of recent military conflicts convincingly show that the forms and methods of the armed forces application are changing and improving. Scientific and technological progress, the rapid development of information technology, the growing role of high-precision weapons, increasing the effectiveness of intelligence, intensive automation of command and control systems change the nature of modern warfare and are having a steady impact on operational arts, including the need to further improve management theory. In modern military conflicts, new trends in the development of an armed warfare have emerged, which affect the construction of the armed forces, the development of forms and methods of their application. At the same time, there are deviations from the classical views on the military operation execution. The article presents some features of modern conflicts, shows that the main task in modern wars is to gain and maintain information superiority over the enemy through the use of a single information and communication space by the troop’s groupings.
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Et. al., CPS Pasricha,. "Networked Microgrids for Reliable Load Sharing in Remote locations of Armed Force." Turkish Journal of Computer and Mathematics Education (TURCOMAT) 12, no. 11 (May 10, 2021): 1898–915. http://dx.doi.org/10.17762/turcomat.v12i11.6145.

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Forward operating bases of the Armed Forces are located in remote areas where grid connection is normally not available and if available are vulnerable to outages due to vagaries of weather or action by adversary. Microgrids are generally more efficient and may provide electric power storage for emergency supply of electricity to mission critical equipment like surveillance systems, sensors, communication, command and control systems of such forward bases. Several small independent microgrids can also be interconnected together to satisfy the energy requirements of the remote military areas. Networking of several self-supervised microgrids is being developed with the aim to enhance efficiency, reliability and resiliency as well as the steadiness of power systems. In this work, an interconnection of microgrids at three remote bases of the armed forces is presented and simulated. The proposed power co-ordination strategy is designed in such a way that during peace time operation it tries to minimize the overall requirement of fossil fuel for generators supplying the critical loads and in case of outages, it can tackle the emergency situation by automatically routing the power to critical loads from other operational bases. The entire system has been simulated and verified using MATLAB 2018.
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8

Zatserkovny, V. I., I. V. Pampukha, B. O. Popkov, P. A. Savkov, and O. V. Pogretska. "FORMATION OF REQUIREMENTS FOR GEOINFORMATION SYSTEMS OF MILITARY PURPOSE." Collection of scientific works of the Military Institute of Kyiv National Taras Shevchenko University, no. 69 (2020): 82–97. http://dx.doi.org/10.17721/2519-481x/2020/69-09.

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A characteristic feature of modern forms of use of the Armed Forces (AF) is the high dynamism of combat operations, and the main trend in the development of AF command and control systems (CCS) is the integration of various systems of communication, navigation, reconnaissance, information acquisition and processing, weapons, intelligent systems, automation of all formal and fast-moving processes. Geo-information systems (GIS), geo-information technologies (GIT), GPS and Earth remote sensing (ERS) technologies have become de facto a necessary technology for obtaining and processing spatial data in both civil and military spheres. The use of GIS for military purposes (MP) of the Armed Forces of Ukraine will make it possible to conduct a qualitative analysis of spatial and attributive information, take effective management decisions, visualize the combat zone of both individual units and subunits, and the entire theater of operations, promptly display any changes in the combat situation, automate the process of updating maps, determining the coordinates of the desired objects, navigation, etc. It allows you to reduce the likelihood of errors and flaws, increase the speed of creating maps, speed up the processing of information and significantly improve the quality of decision-making by commanders of different levels and echelons who are involved in the process of making certain decisions, and ensure the same initial picture of fighting activities; support of knowledge of the military-object situation at the tactical, operational-tactical and operational levels; to ensure prompt delivery of information to interested authorized users.
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9

Ilienko, V., O. Isachenko, A. Los, M. Gerashchenko, and S. Rudnichenko. "SPECIAL ASPECTS OF THE PARAMETERS ASSESSMENT OF COMMUNICATION CHANNELS OF UNMANNED AERIAL SYSTEMS CLASSI AND II." Наукові праці Державного науково-дослідного інституту випробувань і сертифікації озброєння та військової техніки, no. 3 (May 28, 2020): 41–48. http://dx.doi.org/10.37701/dndivsovt.3.2020.06.

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Considering the lack of standard test methods for communication channels of modern unmanned aerial systems (UAS) class I and II, according to the UAS classification of the Armed Forces of Ukraine, it was decided to work out the basic approaches for determining indicators, conditions and procedure for conducting tests in this direction. The suggested methodological recommendations will improve the quality of the parameters and characteristics assessment for communication channels of UAS I and II classes. One of the distinctive trends in the development of modern forms and methods of conducting armed combat at all stages of the armed conflict is the widespread use of the UASs by opposing parties. UASs are capable of significant increasing the effectiveness of accomplishing aerial reconnaissance tasks, organizing electronic warfare, and providing real-time delivery of target pinpointing to fire means for the destruction of enemy’s manpower and material. A distinctive feature of UAS is that its external crew, as a rule, accomplish its mission at a considerable distance from the objects of attack. This fact significantly reduces the security risks and threats associated with performing combat missions under conditions of active enemy counteraction. Due to this feature, considerable attention is paid to the development of a reliable communication system that would be able to ensure task accomplishment at the maximum distance from command and control site. During the tests of UAS Class I and II, the specialists of the State Scientific Research Institute of Armament and Military Equipment Testing and Certification used testing methods of radio channels assessment, which will allow to improve the quality of UAS research of this type and give the manufacturers recommendations for increasing their capabilities.
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V.N. SHEPTURA. "Approaches to Organizing the Technical Operation of Communication Equipment and Automated Control Systems of the RF Armed Forces." Military Thought 30, no. 002 (June 30, 2021): 103–12. http://dx.doi.org/10.21557/mth.69110454.

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Dissertations / Theses on the topic "Australia Armed forces Communication systems"

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Bopping, Derek Jeames. "Secrecy and service-loyalty in the Australian Defence Force : understanding the social psychology of problematic non-disclosure." Phd thesis, 2004. http://hdl.handle.net/1885/146526.

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高坤林. "Managerial Decision Making Model Development for The Integration of Communication and Information Systems ROC Armed Forces." Thesis, 2004. http://ndltd.ncl.edu.tw/handle/28307390603007755766.

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碩士
國防管理學院
後勤管理研究所
92
In light of the fact that there are only a few researches addressing the issue of the Decision-Making Model for the Communication-Information Integration and those researches are usually limited to the integration strategy and the emphasis of the importance of integration, this research paper will focus on the Decision-Making of Communication-Information Integration and its management of the integration process. This research will try to use ‘Analytical Hierarchical Process’ method to analyze the concerned problems and produce possible solutions. The seven major criteria for the above-said research process are ‘organizational structure’, ‘responsibility’, ‘scope of integration’, ‘technical functions’, ‘quality and performance’, ‘logistic support and maintenance’, ‘security management’ respectively. The ‘Expert Choice 2000’ software tool is also used to produce the weight for the various criteria. The topic of this research paper is determined after document-studying, situation-reviewing, manager-interviewing, and expert-consulting. Then, an analysis on the weaknesses reflected from previous military exercises, command & control requirements and the force development are conducted to determine the sub-criteria for the Communication-Information Integration issue. After determining all these criteria required by the AHP process, a model is then developed using management science theories to facilitate the related data analysis in order to construct the ‘Decision-Making Model for the Communication-Information Integration’. This research paper is probably the first of its kind to develop all those criteria for the decision-making on the Communication and Information Integration issues. Through the efforts such as questionnaire, manager-interviewing, expert-consulting, seven major criteria and twenty five sub-criteria along with their proper weights have been developed when conducting AHP process to make a decision as said above. Using the above process, three feasible alternatives are produced as ‘technical cooperation’ (39.2%), ‘outsourcing’ (34.4%), ‘R&D on our own’ (26.4%) respectively, and the preferred choice is the ‘technical cooperation’. The purpose of this research paper is aimed at developing a managerial decision-making model. When making a Communication-Information Integration decision, the following considerations will usually be taken: military communication and information development strategy, the development of infrastructure, the development of application system, the structure of network, the management of transmission network, the utilization of commercial and government resource, the revision of related laws and regulations, logistic support and management. In addition, this paper uses appropriate management theories, particularly risk management techniques, to facilitate the development of the above-said decision-making model. To win the future high-technology war and attain the goals such as digitization, professionalism, flattened organization, paperless operations etc, the Integration of Communication and Information will inevitably be the vital effort and the center of weight. Hopefully, this research paper can be used to support those decision makers such as investment planner, project manager, system administrator etc on the quality of their decisions and the reduction of the associated risks.
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Books on the topic "Australia Armed forces Communication systems"

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Desmond, Ball. Code 777: Australia and the US defense Satellite Communications System (DSCS). Canberra: Strategic and Defence Studies Centre, Research School of Pacific Studies, Australian National University, 1989.

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Ball, Desmond. Code 777: Australia and the US Defence Satellite Communications System (DSCS). Canberra: Strategic and Defence Studies Centre, Research School of Pacific Studies, Australian National University, 1989.

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Barker, Anthony J. A little America in Western Australia: The US naval communication station at North West Cape and the founding of Exmouth. Crawley, Western Australia: UWAP Scholarly, 2015.

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United States. Congress. House. Committee on Government Operations. The Armed Services' tactical communication systems still cannot work together in joint operations: Second report. Washington: U.S. G.P.O., 1987.

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Mlechenkov, Manol. Svŭrzochnite voĭski na Bŭlgarii︠a︡ 1878-1944. [Sofii︠a︡]: Voenno izd-vo, 2004.

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Grin, John. Options for the communication system of Nato's land forces. Mosbach [Germany]: AFES PRESS, 1990.

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Harfield, A. G. The heliograph: A short history. 2nd ed. Blandford Camp, Dorset: Royal Signals Museum, 1986.

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United States. Defense Logistics Agency. DAAS: Defense Automatic Addressing System. Alexandria, Va: Dept. of Defense, Office of the Assistant Secretary of Defense (Manpower, Installations and Logistics), 1985.

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Turkī ibn Sulṭān Ibn ʻAbd al-ʻAzīz. al- Iʻlām al-ʻaskarī: Madkhal ilá al-shuʼūn wa-al-ʻalāqāt al-ʻāmmah al-ʻaskarīyah : maʻa muqāranah taḥlīlīyah bayna al-barāmij al-Saʻūdīyah wa-al-Amrīkīyah. ʻUlayyā, al-Riyāḍ: Dār al-Waṭan lil-Nashr wa-al-Iʻlām, 1985.

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Edwards, Sean J. A. Freeing Mercury's wings: Improving tactical communications in cities. Santa Monica, CA: Arroyo Center, RAND, 2001.

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Book chapters on the topic "Australia Armed forces Communication systems"

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Malovany, Pesach, Amatzia Baram, Kevin M. Woods, and Ronna Englesberg. "The Logistic System." In Wars of Modern Babylon. University Press of Kentucky, 2017. http://dx.doi.org/10.5810/kentucky/9780813169439.003.0050.

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This chapter deals with the Logistic System of the Iraqi Armed Forces, that included several important staff and field directorates. It describes the organization and structure of the Logistic Division in the General Staff and its role and missions, the changes it went through during the wars, and its importance to support the forces during war and peace times. It deals with the field logistical directorates—the Supply and Transportation, Equipment, Administrative Corps, Military Works, Electrical Mechanical Engineering (EME) and others, as well as the rear logistic system—the Lines of Communication Area and the rear areas/military districts. It describes their background and history, organization and structure, missions and responsibilities, their training systems, their role in the wars, especially in the Iran-Iraq war, and the lessons learned from the different wars.
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Bregu, edit. "The issue of cyber-crime as a matterof national security in Albania." In Human Rights - From reality to the virtual world, 251–59. Publisher House WSGE Alcide De Gasperi University of Euroregional Economy ul. Sienkiewicza 4 05-410 Józefów, 2021. http://dx.doi.org/10.13166/wsge/dyyc6119.

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The security challenges for Communication and Information Systems in Albania include all levels of the structures of the Ministry of Defense and the Armed Forces, starting from the individual equipment used in official working environments, to the provision of basic systems, which are critical to job performance. Some of the challenges that characterize this situation and their orientation for the future include: Th increasing threats in cyberspace, internet and mobile devices, social networks and portals, communication and transmission of information, creating a cybercrime market, espionage and sabotage, privacy and identity, anonymity and attributes, financial constraints, asymmetry of cyber warfare, etc. These will be some of the issues that this paper will try to address with reference to domestic and foreign literature, national and international legislation on cybercrime.
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Reports on the topic "Australia Armed forces Communication systems"

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Béraud-Sudreau, Lucie, Xiao Liang, Siemon T. Wezeman, and Ming Sun. Arms-production Capabilities in the Indo-Pacific Region: Measuring Self-reliance. Stockholm International Peace Research Institute, September 2022. http://dx.doi.org/10.55163/xgre7769.

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Armed forces in the Indo-Pacific region remain dependent on weapon systems imported from foreign suppliers. This is despite the efforts of many governments in the Indo-Pacific to implement policies that support the development of local arms industrial capabilities with the aim of increasing self-reliance. This report develops three indicators to give a score and regional ranking of self-reliance to twelve jurisdictions in the Indo-Pacific region: Australia, China, India, Indonesia, Japan, South Korea, Malaysia, Pakistan, Singapore, Taiwan, Thailand and Viet Nam. Overall, this report contributes to knowledge and debates on armament trends and military modernization in the Indo-Pacific. In a region where tensions among neighbours are rising, it further contributes to transparency with regard to levels of self-reliance in domestic arms production, allowing for an independent assessment of the region’s respective arms industries.
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