Efficient Radio Resource Allocation in Wireless Communication Networks

支持互联网的快速扩张 物联网(到2025年全球价值估计为11万亿美元)、第五代(5G)无线网络 需要有足够的系统容量来适应来自大量无线设备的日益增长的需求。无线网络还需要节能和自我维持。在这项研究中，我们开发了支持互联网的5G无线网络的频谱和能量高效算法 物联网的应用程序。 该研究将帮助我们了解5G无线在支持方面的容量、潜力和挑战 用户流量需求的预期增长。研究成果包括数学模型 和开发的算法，可以帮助加拿大电信公司开发和部署 低成本、低复杂性、同时具有频谱和能源效率的无线网络。

To support the fast expansion of the Internet of Things (global value estimated to be $11 trillion by 2025), fifth-generation (5G) wireless networks need to have the system capacity to accommodate an increasing demand from a massive number of wireless devices. The wireless networks also need to be energy efficient and self sustaining. In this research, we develop spectrum and energy efficient algorithms for 5G wireless networks to support Internet of Things applications. The research will help us understand the capacity, potential, and challenges of 5G wireless in supporting the expected increase in user traffic demand. The research outcomes include mathematical models and developed algorithms, and can help Canadian telecommunications companies develop and deploy low cost, low complexity wireless networks with both spectrum and energy efficiency.