RAMP:通过可重构的模拟/混合信号平台加速无线传感器硬件设计

Brandon M. Kelly, B. Rumberg, D. Graham, V. Kulathumani, Spencer Clites, Alexander T. Dilello, M. M. Navidi
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引用次数: 21

摘要

为了满足日益增长的无线传感应用领域的苛刻要求,一些传感平台已经包含了低功耗专用硬件来处理传感器数据,以便对相关信息进行压缩和预分类。虽然这些额外的硬件可以降低系统的总体功耗,但每个应用程序都需要一个独特的硬件解决方案。为了减轻这种负担,我们将展示一个可重构的模拟/混合信号传感平台。在硬件层面,该平台由一个可重构集成电路组成,其中包含许多常用电路元件,可以以任何配置连接,以执行传感器接口和超低功耗信号处理。在软件层,该平台为抽象底层硬件提供了一个框架。我们将演示我们的平台如何允许开发人员创建从标准传感器接口技术到更复杂的智能预处理和唤醒检测的应用程序,而无需电路级专业知识。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
RAMP: accelerating wireless sensor hardware design with a reconfigurable analog/mixed-signal platform
To meet the demanding requirements in the growing area of wireless sensing applications, some sensing platforms have included low-power application-specific hardware to process the sensor data for compression and pre-classification of the relevant information. While this additional hardware can reduce the overall power consumption of the system, a unique hardware solution is required for each application. To diminish this burden, we will demonstrate a reconfigurable analog/mixed-signal sensing platform. At the hardware-level, this platform consists of a reconfigurable integrated circuit containing many commonly used circuit components that can be connected in any configuration to perform sensor interfacing and ultra-low-power signal processing. At the software level, this platform provides a framework for abstracting the underlying hardware. We will demonstrate how our platform allows a developer to create applications ranging from standard sensor interfacing techniques to more complicated intelligent pre-processing and wake-up detection, without the necessity of circuit-level expertise.
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