ABSTRACT:

This work presents a biomedical microsystem with a wireless radiofrequency (RF)-powered electronics and versatile sensors/actuators for use in nanomedicinal diagnosis and therapy. The cooling of brain tissue has the potential to reduce the frequency and severity of epilepsy. Miniaturised spiral coils as a wireless power module with low-dropout linear regulator circuit convert RF signals into a DC voltage, can be implanted without a battery in monitoring free behaviour. A thermoelectric (TE) cooler is an actuator that is employed to cool down brain tissue to suppress epilepsy. Electroencephalogram (EEG) electrodes and TE coolers are integrated to form module that is placed inside the head of a rat and fastened with a bio-compatible material. EEG signals are used to identify waveforms associated with epilepsy and are measured using readout circuits. The wireless part of the presented design achieves a low quiescent current and line/load regulation and high antenna/current efficiency with thermal protection to avoid damage to the implanted tissue. Epilepsy is suppressed by reducing the temperature to reduce the duration of this epileptic episode. Related characterisations demonstrate that the proposed design can be adopted in an effective nanomedicine microsystem.


Did you like this research project?

To get this research project Guidelines, Training and Code... Click Here


MTechProjects.com offering final year NS2 Based Wireless Communication MTech Projects, Wireless Communication IEEE Projects, IEEE Wireless Communication Projects, Wireless Communication MS Projects, NS2 Based Wireless Communication
MTechProjects.com offering final year NS2 Based Wireless Networks MTech Projects, Wireless Networks IEEE Projects, IEEE Wireless Networks Projects, Wireless Networks MS Projects, NS2 Based Wireless Networks BTech Projects, Wireless
MTechProjects.com offering final year NS2 Based Wireless Sensor Networks MTech Projects, Wireless Sensor Networks IEEE Projects, IEEE Wireless Sensor Networks Projects, Wireless Sensor Networks MS Projects, NS2 Based Wireless
PROJECT TITLE :Power-Efficient Communication in UAV-Aided Wireless Sensor Networks - 2018ABSTRACT:This letter investigates a power-economical unmanned aerial vehicle (UAV)-primarily based wireless sensor network, where the UAV
PROJECT TITLE :An Ant Colony Optimization Based Approach for Minimum Cost Coverage on 3-D Grid in Wireless Sensor Networks - 2018ABSTRACT:The application of swarm intelligence algorithms to wireless sensor networks (WSNs) deployment

Ready to Complete Your Academic MTech Project Work In Affordable Price ?

Project Enquiry