Artículos de revistas
ZigBee-based wireless transmissions interface incorporated to an FPGA embedded system
Goy, Carla Belen; Gomez Lopez, Maria de Los Angeles; Bolognini, Patricio Carlos; Herrera de Olivera, Myriam Cristina; ZigBee-based wireless transmissions interface incorporated to an FPGA embedded system; Inderscience Enterprises; International Journal of Biomedical Engineering and Technology; 10; 1; 10-2012; 19-29
Goy, Carla Belen
Gomez Lopez, Maria de Los Angeles
Bolognini, Patricio Carlos
Herrera de Olivera, Myriam Cristina
An application that uses ZigBee modules to transmit signals of ECG (Electrocardiogram), Intraventricular Pressure (IVP) and Intraventricular Volume (IVV) from a Conductance Catheter System (CCS) is presented. Wireless interface is developed using ZigBee modules. One of these modules ('COORDINATOR') is connected to a PC and receives signals from the remote module. The last, confi gured as an 'END DEVICE', collects signals from the digital CCS. Data including biomedical signals are previously processed using a Field Programmable Gate Array (FPGA) device. ZigBee technology ensures robust communication with very low power consumption, a feature that makes it suitable for implantable biomedical devices.