ITR-(ASE+NHS)-(int): Concurrent Multi-Function Radios - Integrated System Realization of Wireless Networking for Heterogenous Environments

提案编号：0427179 ITR：并行多功能无线电--异构环境下无线网络的集成系统实现摘要ITR的建议集中于分析、设计、表征和实现集成无线电系统，该系统可以同时运行多个功能和标准，用于信息传输，如数据传输、语音通信和导航系统。 这些无线电除了在无线系统的性能中增加功能之外，还提供更高的数据速率和鲁棒性。 并发多功能收发器包括一个组成部分，在建立更多的相互依赖性之间的各种其他脱节的网络，他们是必不可少的，在有一个一致的，不间断的，可靠的信息流在一个异构的基础设施在危机时刻。多功能无线电系统和构建模块的分析、公式化和表征;以及使用标准硅技术的集成实现。 该研究课题的性质要求将器件、电路、电磁理论、控制、计算和通信系统等多个学科整合到一个强大而灵活的平台中，以实现预期目标。该研究工作的更广泛影响在于其教育方面以及将技术成果转移到技术社区和行业。 从教育的角度来看，PI计划招募具有多学科技能的各种电气工程博士生，以便将联合收割机电路设计与电磁，控制和通信系统问题结合起来。 他们还将招收优秀的本科生，以促进他们进入这个多学科的研究生学习，

Proposal Number: 0427179ITR: Concurrent Multi-Function Radios - Integrated System Realization of Wireless Networking for Heterogeneous EnvironmentsAbstractThis ITR proposal focuses on the analysis, design, characterization, and implementation of integrated radio systems that can concurrently operate multiple functions and standards for information transfer such as data transmission, voice communication, and navigation systems. These radios offer a higher data rate and robustness in addition to the added functionality in the performance of wireless systems. Concurrent multi-function transceivers comprise an integral part in building more interdependencies among various otherwise disjointed networks; they are essential in having a coherent, uninterrupted, and reliable flow of information in a heterogeneous infrastructure at times of crises.Our treatment includes proposition for various transceiver architectures; development of novel circuit blocks and subsystems; analysis, formulation, and characterization of multi-function radio system and building blocks; and integrated implementations using standard silicon technologies. The nature of the proposed research topic compels the integration of multiple disciplines such as devices, circuits, electromagnetic theory, control, computation, and communication systems into a robust, but flexible, platform in order to achieve the desired goals.The broader impact of the proposed research effort lies within its educational aspects and the transfer of technological results to the technical community and the industry. From the educational perspective, the PIs plan to recruit diverse doctoral electrical engineering students with multi-disciplinary skills in order to combine circuit design with electromagnetic, control, and communication system issues. They will also recruit outstanding undergraduates destined for graduate study to facilitate their immersion into this multidiscipl