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International Journal of Computer Science and Information Technology

Application Prospect of Quantum Communication Technology in Uav Field

Qun He

Published Aug 12, 2024• 0 citations
Publisher

Abstract

With the rapid development of quantum technology, quantum communication technology, as its core component, is gradually infiltrating into the field of UAV, which has brought revolutionary improvements to the security, communication performance and task execution ability of UAV. This paper aims to explore the application prospect of quantum communication technology in the field of UAV, analyze its impact on the performance of UAV system, and look forward to the future development direction. Through theoretical analysis and case study, this paper reveals the great potential of quantum communication technology in improving UAV combat effectiveness, ensuring information security and promoting industry innovation.

DOI
10.62051/ijcsit.v3n3.43

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Quantum Communication technology, which achieved many unprecedented breakthroughs in the past several years,is arousing the attentions from related authoritative bodies and the field of communication research with its particular characteristic of perfect security in information transmission. Firstly, in this paper, the course of development and milestones of quantum communication theory and technologies are reviewed. And the state-of-the-art of domestic and foreign quantum communication technologies are summarized, with the conclusion that the technology tends to be mature, and China stands in the front row of the world both in quantum communication theory and experiments. Then, the definition and model of the ideal quantum communication system are discussed and engineering scenarios of quantum communication system based on optical fiber channel and free space optical channel are provided. The security and communication ability now achieved by these scenarios are analyzed, drawing such conclusion that quantum communication technologies has both high practical value and broad development space. Finally, realistic application scenarios and future application prospect of quantum communication technology are presented, in consideration of the requirements and current technology levels.
The study introduces the quantum computing and emphasizes on how it has the revolutionary potential to resolve the complex problems that cannot be tackled by conventional computation. This technology relies on the quantum mechanics concepts which include superposition superposition and entanglement that give enormous processing capacity. It also presents basic concepts in quantum technology such as the qubits and quantum gates along with major problems like scalability and de-coherence. Moreover it analyzes the unmanned aerial vehicles (UAVs), tries to describe its developments and use cases, and highlights how quantum computing can improve the UAV capabilities like real-time decision-making, swarm optimization, and secure communication. The fusion of these technologies promises revolutionary advancements in future but need to address scalability, stability, and practical implementation challenges.
The rapid development of science and technology is driving the shape of electronic warfare to change dramatically, especially under the influence of quantum communication and artificial intelligence (AI) technology. This article comprehensively explores innovative approaches to the development of electronic warfare readiness in the 21st century, with a focus on the composite application of quantum communication technology and artificial intelligence technology in modern electronic warfare equipment. The non-reproducibility and anti-interference characteristics of quantum communication, as well as the rapid decision making and learning ability of artificial intelligence, are studied in this paper, and the impact of this technology fusion on the strategy and tactical execution of electronic warfare is further discussed. Using quantum communication, the communication security of electronic warfare system is greatly enhanced. The introduction of artificial intelligence can optimize tactical decisions and improve response speed. In addition, the paper also discusses the far-reaching impact of these technological integration on the global strategic security pattern, pointing out that it will promote the change of electronic tactics and bring new strategic competition focus. Finally, the paper puts forward some suggestions for the future research and development of electronic warfare equipment, emphasizing the need to find a balance between technical advantages and ethical regulations.
Due to the advancement of technology, laser communication, fiber optic communication and optical quantum communication have been developed, not only in the field of life, but also in the field of aviation, military and information security. This paper, mainly compares the difference between optical quantum communication and other communication technologies in terms of security and effectiveness, presenting the current state of technology and applications and providing an outlook on future directions. Through the comparison, this paper argues that the application of technology in optical quantum communication can promote the rapid development of quantum communication technology and thus enhance the comprehensive strength of global communication technology.