Key result
A review of low-power wireless sensor microsystems for biomedical capsule diagnosis highlights recent trends, challenges, and comparative performance of various sub-system designs.
This review provides a comprehensive overview of low-power wireless sensor microsystems for biomedical capsule diagnosis, highlighting sub-system designs and performance assessments.
May inform sensor design choices; leaves open prospective clinical validation of wireless capsule systems.
The development of a sensor microsystems containing all the components of data acquisition system, such as sensors, signal‐conditioning circuits, analog‐digital converter, interface circuits and embedded microcontroller (MCU), has become the focus of attention in many biomedical applications. A review of the microsystems technology is presented in this paper, along with a discussion of the recent trends and challenges associated with its developments. A basic description of each sub‐system is also given. This includes the different front end, mixed analog‐digital, power management, and radio transmitter‐receiver circuits. These sub‐system designs are presented and discussed in a comparative study and final remarks are made. The performance of each sub‐system is assessed regarding many aspects related to the overall system performance.
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Arshak et al. (2004) conducted a review in Biomedical capsule diagnosis. Low-power wireless sensor microsystems was evaluated. A review of low-power wireless sensor microsystems for biomedical capsule diagnosis highlights recent trends, challenges, and comparative performance of various sub-system designs.
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