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china ai and autonomy report: Issue 17, June 16, 2022

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The China AI and Autonomy Report, issue 17, is a biweekly newsletter published by CNA, on artificial intelligence and autonomy in China.

that while individual termites worked alone, their collective activities appeared to be coordinated. The concept has since been applied to the command and control of unmanned swarms. The article claims ... command, including the following: Command information acquisition increasingly autonomous. "Intelligent" information fusion from multiple sources can be processed automatically and delivered to a commander in support of decision-making. Command decision-making increasingly man-machine coordinated. Auxiliary decision-making is handed over to AI-enabled decision-making systems to reduce

china ai and autonomy report: Issue 3, November 18, 2021

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The China AI and Autonomy Report, issue 3, is a biweekly newsletter published by CNA, on artificial intelligence and autonomy in China.

efforts on research and development and infrastructure development. EVENTS The China Command and Control Association (中国指挥与控制学会)   announced   that the Eighth China (Beijing) Military ... sessions on intelligent command and control (C2), rich media command information systems, C4ISR theory and technology, big data, intelligent command management, intelligent simulation, modeling ... Army (PLA) Air Force (PLAAF) celebrated its 72nd birthday on November 11. Images of a new two-seat version of the J-20 have been released with media speculating that the second crew member could control

china ai and autonomy report: Issue 12, April 7, 2022

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The China AI and Autonomy Report, issue 12, is a biweekly newsletter published by CNA, on artificial intelligence and autonomy in China.

systems.   A   PLA Daily   article titled   “Human-on-the-Loop: The Development Trend of Intelligentized Command Systems”   explores the role of humans in future warfare, arguing that the trend of technology development will drive militaries to take a “human-on-the-loop” approach to the command and control (C2) of autonomous weapons. The article describes a “human-in-the-loop” approach as an intermediate stage of C2 for autonomous systems characterized by extensive human-machine interaction and computers taking over some of the command and decision-making tasks normally performed by humans

pla update: Issue 5, June 6, 2022

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PLA Update, Issue 5, is a CNA China Studies Program monthly newsletter, with summaries of Chinese media coverage of the Chinese People’s Liberation Army (PLA).

, to discuss new technology, future warfare, operational support, and command and control (C2) issues related to the air and space domains. [14] According to Xinhua , forum attendees exchanged views ... , the Central Military Commission (CMC) Joint Operations Command Center and PLA Western Theater Command (WTC) launched a preplanned emergency response . The WTC established an earthquake relief headquarters because Gansu Province (located in northwestern China) lies within the WTC's area of responsibility, and the Gansu Military District-a provincial-level command under the WTC-reportedly worked

ai and autonomy in russia: Issue 38, May 16, 2022

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School developed a concept for an unmanned boat that can be used to train unmanned surface vehicle (USV) operators. The concept boat will be equipped with a remote and an automatic command and control ... to its February 2022 invasion of Ukraine, Russian military sources discussed the use of artificial intelligence in a number of applications, including command, control, and communications. As reported ... not incorporate training operators on additional unmanned technologies. The concept includes a command-and-control module for two operators—one for training to control the USV itself, the second

Military Organizations and the Navy

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In this paper we compare different military and civilian organizations and examine different ways the services can organize to exchange information. Our goal is to better understand how forces are organized for air, land, and sea combat, and how the unique organizations that have grown up in each environment can work together in a joint operation. We do this by examining service and joint organizations, and how military forces and civilian organizations currently reassemble to work across organizational boundaries. We organize our discussion by service, not joint, organizations because below the Joint Task Force commander level most operations are going to be conducted using organizations and systems designed around service models. While the organizations may be joint organizations, such as the Joint Forces Air Component Commander (JFACC), they are fundamentally based on service (in this case Air Force) doctrine and concepts. The Army did not design JFACC, nor did the Navy; it was a concept that emerged out of Army and Air Force operational thinking and doctrine [2–3]. To realistically look at what organizations are needed in the different environment, we must acknowledge that even joint command structures are adapted to the type of environment their forces operate in.

in. The Composite Warfare Commander (CWC) concept provided the framework for command and control of naval forces during the Cold War. The CWC concept divided missions up according to the environ- ment ... , such as the structure used by the Joint Force Air Component Commander (JFACC), in order to “fit in” with the flow of information in an operation. By changing the Navy’s command and control structure to fit ... requirements to the communications needs of the joint environment. The purpose of this paper is to examine other ways in which the Navy could “plug into” service and joint command and control

ai and autonomy in russia: Issue 41, June 27, 2022

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an adversary’s navigation systems, command and control systems, and air defense radars. According to Litovkin, Palantin combines disparate information sources, then organizes and redistributes data to those ... guidance system, apparently allowing the drone to counter electronic warfare systems targeting the satellite link by making it impossible to seize electronic control over the UAV. Such a system could ... targets to suppress. Palantin’s goal is to target the Ukrainian Army command centers’ communication, to jam airplane or helicopter communications, or to land small UAVs by jamming their command

pla update: Issue 1, February 4, 2022

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PLA Update, Issue 1, is a CNA China Studies Program monthly newsletter, with summaries of Chinese media coverage of the Chinese People’s Liberation Army (PLA).

to streamline mobilization command and control (C2). The NPC Standing Committee approved General Sheng’s request and enacted the adjustments on 24 October.   The four amended laws are as follows ... effect on 1 November 2021. The regulation is based on Xi’s “Thought on Socialism with Chinese Characteristics in the New Era.” The order provides quality control mechanisms for procuring effective ... ; (2) standardize contents; (3) optimize procedures, such as contract conclusion, interim reviews, modifications, cancellation, and enforcement; (4) strengthen quality control; and (5) improve

pla update: Issue 4, May 2, 2022

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PLA Update, Issue 4, is a CNA China Studies Program monthly newsletter, with summaries of Chinese media coverage of the Chinese People’s Liberation Army (PLA).

, the application could enable even low-cost satellites to track targets. The research in SCMP's report first appeared in Fire Control and Command Control , a PRC peer-reviewed journal published ... Target Tracking Algorithm Based on Kernel Correlation Filter" (基于核相关滤波的视频卫星目标跟踪算法), Fire Control and Command Control (火力与指挥控制), No. 47, Issue 2, (Feb. 2022). [50] Jeremy Page, Gordon Lubold ... test their new digital platform. Source: PLA Daily . [28] A PLA Army Command College "battle lab" (作战实验室) reportedly developed a means for optimizing combined arms operational planning

china ai and autonomy report: Issue 1, November 2, 2021

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The China AI and Autonomy Report, issue 1, is a biweekly newsletter published by CNA, on artificial intelligence and autonomy in China.

CETC Laisi Information System Co. Ltd. (中电莱斯信息系统有限公司) exhibited the “Airborne Formation Intelligent Operation Management and Command and Control System” (空中编队智能作战管理与指挥控制系统). The company ... that the PLA Air Force is “crossing the threshold” to becoming a “strategic air force” capable of strategic deterrence, air and space defense, long-range strike, air control, strategic transport ... , the company developed the military’s first command automation system during the “two bombs, one satellite” program that produced the PRC’s first nuclear weapons, ballistic missile, and satellite