Advanced Multi-input and output reconfigurable multiplexing Network

这项研究计划的目标是为下一代地面/空间无线通信系统开发一种创新的微波设备。特别是采用多点覆盖的系统，通常需要灵活而复杂的无源网络设计。该研究预计将产生非常高性能的RF/微波网络，该网络由滤波器和多路复用器组成，可以同时拆分和合并微波信号。这些设备也是可重新配置或可调谐的，并且比目前的技术水平具有显着更低的质量/尺寸。这项工作将真正代表无源网络的技术突破，通过该技术，将开发多个输入/输出复用/解复用网络，以满足通信系统性能要求。这是微波网络设计领域的一个重大范式转变，它使工程师能够合成和设计具有多个输入和输出端口的非常复杂的射频/微波网络。******通过拟议计划开发的技术将对通信系统的低功率和高功率部分产生重大影响。通过这个研究计划，我们还提出了先进的网络合成理论，同时拆分和合并微波信号。利用先进的网络理论，结合全波电磁建模和优化，这成为可能。其结果将为复杂网络的有效设计提供一种新技术。******提出的研究计划的下一部分涉及可重构和可调谐的设备。通信系统架构已经发展到包含特定于这些进步的特性，具有不断增加的通道数量和一定的灵活性。对于快速出现的新系统来说，随着功率需求的不断增加，对灵活性和质量/尺寸减小的需求是隐含的，但是这些新系统的两个根本不同的特征目前阻止了类似的硬件实现应用于这些应用。这部分计划的发展将主要集中在可重构或可调谐多路复用和解路复用网络领域，以解决诸如灵活性、高功率滤波和质量/尺寸/插入损耗降低等强烈需求。******该项目肯定会促进学术和工业合作，特别是与已经存在先进设备的滑铁卢大学集成射频工程中心（CIRFE）实验室的合作。研究人员是一名兼职教授，他可以有效地训练研究生在这种协作环境中实现本提案的目标。学生也将有机会处理实际的行业问题。这将进一步帮助建立加拿大作为全球技术领导者的声誉。

The objective of this research program is to develop an innovative class of microwave devices for next generation ground/space based wireless communication systems. Systems employing multiple spot-coverage in particular usually require flexible and complicated passive network designs. The research is expected to result in very high performance RF/Microwave networks formed by filters and multiplexers, which simultaneously splits and combines microwave signals. The devices are also reconfigurable or tunable, and have significantly lower mass/size than the current state of art. This work will truly represent a technological breakthrough in passive networks, through which multiple input/output multiplexing/demultiplexing networks will be developed to meet communication system performance requirements. This is a major paradigm shift in the field of microwave network design, which enables the engineer to synthesize and design very complicated RF/Microwave networks with multiple input and output ports.******The technology to be developed through the proposed program will have a significant impact on both low and high power sections of the communication system. Through this research program, we also propose to develop advanced synthesis theory for the network, which simultaneously splits and combines microwave signals. This becomes possible using advanced network theory, combined with full wave electromagnetic modeling and optimization. The outcome will be a new technique for the efficient design of complicated networks. ******The next part of the proposed research program deals with reconfigurable and tunable devices. Communication system architectures have evolved to contain the characteristics specific to these advances with an ever increasing number of channels and some flexibility. The need for flexibility and mass/size reduction with ever increasing power demands is implicit for the rapidly emerging new system, but two fundamentally different characteristics of these new systems currently prevent similar hardware implementations being applied to these applications. The developments in this part of the program will be primarily in the areas of reconfigurable or tunable multiplexing and demultiplexing networks, addressing strong demands such as flexibility, high power filtering, and mass/size/insertion loss reduction.******This program will definitely promote academic and industrial collaborations, especially with the University of Waterloo Center for Integrated RF Engineering (CIRFE) lab where the advanced equipment already exists. The researcher is an adjunct professor who can efficiently train graduate students to work on achieving the objectives of this proposal in such a collaborative environment. The students will also have the opportunity to deal with real industry problems. This will further help to build Canada's reputation as a global technological leader.