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Intelligent Sensing and Wireless Communications in Harsh Environments

机译：恶劣环境中的智能感应和无线通信

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The objective of this paper is to focus on recent efforts to test and characterize the performance of MEMS inertial sensors and the characterization of battery-free embeded sensors in munitions. This paper will also discuss the need to implement and integrate internal wireless communications in conjunction with smart electronics and smart materials in innovative microelectronics designs with built in capability of duplex wireless communications between sensors and telemetry. Embedded wireless telemetry will eliminate wires and the stress on long wire runs between MEMS sensors and processing microelectronics in harsh environments. Further advancements in this wireless area will facilitate the integration of smart sensing, control and actuation with unprecedented capability to permanently embed telemetry as a part of the standard munition components. The embedded wireless telemetry would have built in capability for smart munitions stockpile surveillance, in-flight duplex communication and the capability to communicate to a ground station. Future telemetry links for munitions will have a significant multi-use capability, designed to measure, maintain reliability, predictive surveillance, actuation and remote control functionality.
机译：本文的目的是省略近来努力测试和表征MEMS惯性传感器的性能以及弹药中无电池嵌入传感器的表征。本文还将讨论需要与创新的微电子设计中的智能电子和智能材料一起实施和整合内部无线通信，其内置传感器和遥测之间的双工无线通信能力。嵌入式无线遥测将消除电线和长线之间的应力在MEMS传感器之间运行，并在恶劣环境中处理微电子。此无线区域的进一步进步将有助于与前所未有的能力永久嵌入遥测作为标准弹药组件的一部分的智能感测，控制和致动的集成。嵌入式无线遥测将建立智能弹药库存监视，飞行中的双工通信和与地面站通信的能力的能力。未来的弹药遥测链接将具有显着的多用力功能，旨在测量，维护可靠性，预测监控，致动和遥控功能。

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