A low-cost Holter monitor design equipped with external memory and Bluetooth connection

Design of a Bluetooth interface for low cost embedded system

Design of Very Precise and Miniature Low Power ECG Holter

This paper presents design of very precise and miniature low power ECG Holter, which is enriched with sensitive 3D accelerometer, impedance measurement circuit, real-time clock, trigger etc. Total power consumption is optimized with respect to the best balance between performance and operating time. The work presents selected results demonstrating the high quality and universal usability of the...

Design and Fabrication of a Low Cost Heart Monitor using Reflectance Photoplethysmogram

This paper presents a low cost design of heart beat monitoring device using reflectance mode PhotoPlethysmography (PPG). PPG is known for its simple construction, ease of use and cost effectiveness and can provide information about the changes in cardiac activity as well as aid in earlier non-invasive diagnostics. The proposed device is divided into three phases. First is the detection of pulse...

Power Characterization of a Bluetooth-Equipped Sensor Node

Wireless Sensor Networks (WSNs) consist of small, autonomous devices with wireless networking capabilities. In order to further increase the applicability of WSNs in real world applications, minimizing energy consumption and size are important research topics. A WSN node itself is a complex system consisting of numerous components, and the energy consumption of the node depends heavily on the i...

A Simulation Environment for Bluetooth Equipped Mobile Robots

The Bluetooth radio system is an ideal communications tool for lightweight autonomous mobile robots but little research interest has been targeted at this application. We present in this paper an environment which allows behavior-based autonomous mobile robotic simulation to take advantage of synthetic Bluetooth communications. Two components comprise our system. A highly adaptable mobile robot...