A low-power biosignal acquisition and classification system for body sensor networks is
proposed. The proposed system consists of three main parts: 1) a high-pass sigma delta …

We present a novel, fully-integrated, low-power full-duplex transceiver (FDT) to support high-
density and bidirectional neural interfacing applications (high-channel count stimulating and …

This paper presents the design of a narrowband transmitter and antenna system that
achieves an average power consumption of 78 pW when operating at a duty-cycled data …

This paper reviews trends for ultra-low-power wireless transceiver system and integrated
circuit design under the perspective of using cost-effective CMOS technology nodes. These …

In this review, biomedical-related wireless miniature devices such as implantable medical
devices, neural prostheses, embedded neural systems, and body area network systems are …

This paper presents a fully integrated low-power 130-nm CMOS transceiver tailored to the
Bluetooth low energy (BLE) standard. The receiver employs a passive front-end zero-IF …

In the past few years, the use of wireless sensor nodes for remote health care monitoring
has been advocated as an attractive alternative to the traditional hospital-centric health care …

In this paper, four different models of a 2.4 GHz flexible microstrip patch wearable antenna
are designed and analyzed. The basic geometry of the radiating element of the antennas is …

We present a 2.4 GHz ultra-low power energy-harvested narrowband transmitter (TX) for
wireless sensing and biomedical devices. We used a 434 MHz RF energy for resonant …

In wireless sensor networks (WSNs) energy efficiency and communication reliability are
often conflicting requirements. Additionally, some application areas such as industrial …