ID	原文	译文
15285	经设计分析及测试验证，该接口工作在3 Mb/s码率以内时，整机功耗不超2.5 W，且优化降低功耗8%～16%，图像质量PSNR优于36 dB，接口性能满足设计要求。	After design analysis and test verification, when the interface works within 3 Mb/s bit rate, the power consump-tion of the whole machine is less than 2. 5 W, and the power consumption is reduced by 8 % ～ 16 %, the image quality PSNR is better than 36 dB, and the interface performance meets the design requirements.
15286	智能反射面(IRS)技术可以显著增强信号的覆盖范围,是B5G/6G的关键技术之一。	The technique of intelligent reflective surface can significantly improve the coverage of transmitted signal, and is one of the potential techniques for B5 G/6 G communications.
15287	针对IRS的当前理论研究中的关键技术,重点介绍信道估计、波束管理以及IRS辅助的NOMA、物理层安全增强方面的研究进展,同时给出了未来的研究方向。	This paper introduces the progress of the key techniques of intelligent reflective surface in theoretical researches, including channel estimation, beam management, IRS-aid NOMA, IRS-aid physical layer security, and then gives the research plan of IRS in future.
15288	为了满足全球全面的三维覆盖和在将来随时随地访问的长期需求,作为理想网络架构的空天地一体化网络(SAGIN)已成为当今世界的重要研究方向。	In order to meet the long-term requirements of global comprehensive three-dimensional coverage and access anytime,anywhere in the future, the space-air-ground integrated network( SAGIN) as an ideal network architecture has become an important research direction in recent years.
15289	基于未来通信中的典型业务场景,首先分析了SAGIN的网络架构和组成,并介绍了实现SAGIN的关键技术。	The paper describes some typical business scenarios in future communications, analyzes the net-work architecture and composition of SAGIN, and studies the key technologies to realize SAGIN.
15290	最后,对SAGIN的后续研究方向进行了展望。	Finally, it points out some of the research directions of SAGIN.
15291	随着越来越多的物联网(IoT)设备需要在有限的频谱范围内进行通信,研究了6G增强超可靠低延迟通信(euRLLC)服务中的动态频谱共享问题,并将区块链技术与6G混合云相结合,实现物联网设备之间的频谱共享。	This work investigates the dynamic spectrum sharing in the 6G enhanced ultra-reliable and low latency communications( euRLLC) services, as more and more Internet of Things( IoT) devices need to communicate between each other in the limited spec-trum. This paper combines blockchain technology with 6G hybrid cloud to realize the spectrum sharing between IoT devices.
15292	由于区块链的分布式存储和可靠性,基于区块链的动态频谱共享可以实现灵活、可行和更高效的频谱分配。	Due to blockchain ′ s distributed storage and credibility, blockchain based dynamic spectrum sharing can achieve flexible, feasible and much more efficient spectrum allocation.
15293	分析了频谱共享的过程,并提出了一种基于强化学习(RL)的euRLLC无线频谱资源共享结构,包括资源分类、资源调度、整体模型和神经网络优化,通过将区块链与混合云相结合,基于公共管理平台,使用统一的编码和识别标准来注册和管理物联网设备的信息。	This paper analyzes the process of spectrum sharing and proposes a wireless spectrum resource sharing structure in euRLLC based on reinforcement learning( RL), including resource classification, resource scheduling, overall mod-el and neural network optimization. This design integrates blockchain and hybrid cloud to build a public management platform to register and manage the information of IoT devices using unified coding and identification standards.
15294	随着深度学习的快速发展,2D人体姿态估计作为其他计算机视觉任务的研究基础,其检测速度和精度对后续应用落地具有实际意义。	With the rapid development of deep learning, 2D human pose estimation is used as the research basis for other computer vision tasks, and its detection speed and accuracy have practical significance for subsequent applications.