Robust and Secure Content Delivery in Energy and Spectrum Efficient Next-Generation Networks

M. Abedi, N. Mokari, M. Javan, Eduard Axel Jorswieck
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Abstract

The four promising technologies, namely multiuser sparse code multiple access, content caching, energy harvesting, and physical layer security, are addressed in this paper for efficient resource allocation in the access and backhaul links of a wireless network. In order to jointly consider these technologies in a unified framework, we optimize the energy efficiency of the access links under system constraints. Due to non-convexity of the optimization problems, we propose an iterative algorithm based on the alternative and successive convex approximation method. The simulation results show that the proposed caching scheme outperforms the existing traditional caching schemes like random caching and most popular caching. Moreover, the proposed joint access and backhaul optimization has better performance than the disjoint one.
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在能源和频谱高效的下一代网络中稳健和安全的内容交付
为了在无线网络的接入和回程链路中实现有效的资源分配,本文讨论了四种有前途的技术,即多用户稀疏码多址、内容缓存、能量收集和物理层安全。为了在一个统一的框架中共同考虑这些技术,我们在系统约束下优化了接入链路的能源效率。针对优化问题的非凸性,提出了一种基于交替连续凸逼近法的迭代算法。仿真结果表明,所提出的缓存方案优于现有的传统缓存方案,如随机缓存和最流行的缓存。此外,本文提出的联合接入回程优化算法比不连接的优化算法具有更好的性能。
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