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Intelligent systems reference library

Quantum Cloud Computing: Key Technologies, Challenges, and Opportunities

Anisha Kumari, Ranjan Kumar Behera, Bibhudatta Sahoo

Published Jan 1, 2025• 3 citations
Publisher
DOI
10.1007/978-3-031-89905-8_6

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In this chapter, we report on the potential of quantum cloud computing in managing big data in academic libraries. The idea that brought this initiative is to assess the opportunities and challenges that quantum cloud computing provides to libraries. We employed interpretative content analysis to review literature from databases such as Scopus, Web of Science, and Google Scholar. About 42 studies related to quantum computing, cloud computing, and big data management in libraries were reviewed to understand the relevance and implications of quantum cloud computing for library operations. The study finds that quantum cloud computing holds significant potential for revolutionising big data management in libraries. The chapter maintains that quantum cloud computing offers faster data processing, more efficient storage solutions, and advanced data analytics that enable libraries to manage vast datasets with increased accuracy and speed. However, several barriers remain, including high costs, technical expertise gaps, data security challenges, and integration with existing library infrastructures. This study appears to the authors to be the first of its kind to explore the potential of quantum cloud computing for managing big data in libraries. More so, this study also contributes a novel perspective on the emerging research on quantum cloud technologies in the global parlance. The study's findings emphasise the critical need for further empirical research and the development of practical frameworks to support the successful implementation of quantum cloud computing in libraries. Additionally, it offers valuable insights into how libraries can address existing challenges and harness the unique capabilities of quantum cloud computing to enhance big data management.

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The rapid development of quantum information has brought new opportunities and challenges to modern information technologies.As one of the popular research directions in the field of quantum information, quantum networks aim to utilize the fundamental properties of quantum mechanics to achieve long-distance (secure) communications or provide computational capabilities superior to classical computing networks through distributed computing.The study of quantum networks holds great significance in advancing the practicality of quantum information.To gain a comprehensive understanding of the development trajectory of quantum networks, this study categorizes quantum networks into three types: quantum cryptography, quantum cloud computing, and quantum teleportation networks, based on different application scenarios and technical approaches.It provides comprehensive reviews of both domestic and international research progress and the challenges faced in each aspect.Furthermore, in conjunction with the practical implementation of quantum networks, the key technologies that need to be overcome in the development of quantum network systems, involving link establishment, information transmission, networking protocols, and physical hardware, are summarized.Overall, the development of quantum networks is still in the primary stage.At this stage, actively addressing challenges and seizing opportunities are of great significance to enhance the technological prowess of China.Therefore, to promote the development of 收稿日期：2023-10-11；修回日期：2023-10-30 通讯作者： * 高飞，网络与交换技术国家重点实验室(北京邮电大学)教授，研究方向为量子密码和量子算法；E-mail:

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The combination of quantum computing elements with cloud services creates quantum cloud computing which provides unmatched abilities to solve complex problems in cryptography and optimization fields as well as artificial intelligence tasks and scientific simulations. The piece details both quantum computing's core operational methods and the construction elements of quantum cloud services and their combination with cloud-based infrastructure systems. This investigation evaluates the major obstacles which involve hardware constraints as well as error reduction requirements together with growth issues and protection problems alongside the requirement for improved quantum computing methods. The research also identifies three emerging possibilities which include post-quantum cryptography and quantum-enhanced AI and quantum simulations that support drug development and climate simulation processes. The article examines emerging trends in quantum cloud computing through analysis of quantum hardware developments along with the evolution of quantum cloud services and legal guidelines and diagnostic frameworks and quantum computing integration with AI and edge computing. The maturation of quantum technologies will make quantum cloud computing a key player in developing next-generation IT frameworks which will establish fresh computational boundaries along with protected digital systems.

World Journal of Advanced Engineering Technology and Sciences•Dec 30, 2023•1 citation
In this chapter, we report on the potential of quantum cloud computing in managing big data in academic libraries. The idea that brought this initiative is to assess the opportunities and challenges that quantum cloud computing provides to libraries. We employed interpretative content analysis to review literature from databases such as Scopus, Web of Science, and Google Scholar. About 42 studies related to quantum computing, cloud computing, and big data management in libraries were reviewed to understand the relevance and implications of quantum cloud computing for library operations. The study finds that quantum cloud computing holds significant potential for revolutionising big data management in libraries. The chapter maintains that quantum cloud computing offers faster data processing, more efficient storage solutions, and advanced data analytics that enable libraries to manage vast datasets with increased accuracy and speed. However, several barriers remain, including high costs, technical expertise gaps, data security challenges, and integration with existing library infrastructures. This study appears to the authors to be the first of its kind to explore the potential of quantum cloud computing for managing big data in libraries. More so, this study also contributes a novel perspective on the emerging research on quantum cloud technologies in the global parlance. The study's findings emphasise the critical need for further empirical research and the development of practical frameworks to support the successful implementation of quantum cloud computing in libraries. Additionally, it offers valuable insights into how libraries can address existing challenges and harness the unique capabilities of quantum cloud computing to enhance big data management.
The rapid development of quantum information has brought new opportunities and challenges to modern information technologies.As one of the popular research directions in the field of quantum information, quantum networks aim to utilize the fundamental properties of quantum mechanics to achieve long-distance (secure) communications or provide computational capabilities superior to classical computing networks through distributed computing.The study of quantum networks holds great significance in advancing the practicality of quantum information.To gain a comprehensive understanding of the development trajectory of quantum networks, this study categorizes quantum networks into three types: quantum cryptography, quantum cloud computing, and quantum teleportation networks, based on different application scenarios and technical approaches.It provides comprehensive reviews of both domestic and international research progress and the challenges faced in each aspect.Furthermore, in conjunction with the practical implementation of quantum networks, the key technologies that need to be overcome in the development of quantum network systems, involving link establishment, information transmission, networking protocols, and physical hardware, are summarized.Overall, the development of quantum networks is still in the primary stage.At this stage, actively addressing challenges and seizing opportunities are of great significance to enhance the technological prowess of China.Therefore, to promote the development of 收稿日期：2023-10-11；修回日期：2023-10-30 通讯作者： * 高飞，网络与交换技术国家重点实验室(北京邮电大学)教授，研究方向为量子密码和量子算法；E-mail:
The combination of quantum computing elements with cloud services creates quantum cloud computing which provides unmatched abilities to solve complex problems in cryptography and optimization fields as well as artificial intelligence tasks and scientific simulations. The piece details both quantum computing's core operational methods and the construction elements of quantum cloud services and their combination with cloud-based infrastructure systems. This investigation evaluates the major obstacles which involve hardware constraints as well as error reduction requirements together with growth issues and protection problems alongside the requirement for improved quantum computing methods. The research also identifies three emerging possibilities which include post-quantum cryptography and quantum-enhanced AI and quantum simulations that support drug development and climate simulation processes. The article examines emerging trends in quantum cloud computing through analysis of quantum hardware developments along with the evolution of quantum cloud services and legal guidelines and diagnostic frameworks and quantum computing integration with AI and edge computing. The maturation of quantum technologies will make quantum cloud computing a key player in developing next-generation IT frameworks which will establish fresh computational boundaries along with protected digital systems.