Wireless Body Area Network with Internet of Things Projects is one of the upcoming domains in the world of Engineering. Projects in Internet of Things are related to technologies that are used to enrich real lives. Wireless Body Area Network is a network designed for the purpose of supporting medical field to monitor one’s health changes periodically. These Project concepts are enabled to work for both medical and non–medical applications. Medical applications in Wireless Body Area Network with Internet of Things Projects is discussed in many reputed papers for measuring,
- Heart rate
- Blood pressure
- Oxygen level
- EEG signals
- ECG signals
- Motion detections
- Respiratory rate
- Diabetics
- Glucose
- Body Temperature
- Asthma
- Heart attacks
- And other chronic disease
Diagnosis of these diseases at early stage is efficient to support multiple required services as Emergency care, Physician help, immediate precaution, etc. Internet of Things is effectively assisted for indoor and outdoor access. Human Body Communications (HBC) is also studied, due to the applicability of outdoor communication. Select the project in your comfort zone and excel with top grades.
Hereby we have listed some significant titles that are recently involved in Wireless Body Area Network with Internet of Things Projects,
- An effective method for Telemetry of patients by pacemaker applying ECG soniiication system
- An innovation process of EDOT based on Context-aware tracking of similar data patterns of patients for faster diagnoses
- The novel technique for Internet of Thing based on healthcare monitoring system
- An efficient performance for concept of fetal remote monitoring expansion scheme [Wireless Body Area Network with Internet of Things Projects]
- An imaginative progression for Cloud Based Big Data anchored in Online Health Analytics for Rural NICUs and PICUs in India by Opportunities and Challenges
- The novel framework purpose to Flexible Remote Therapeutic Interventions system
- An effective performance for remote monitoring into person physiological state method
- A novel method for Doppler-based on blood pressure measurement system in favor of patients supported with a continuous-flow rotary left ventricular assist device system
- An effective performance for Human Bond Communications into Health system
- A Design and developing process of an IoT wrist-device intended for SpO2 measurement method
- On the use of Inertial Wearable Sensors based on Feasibility and Validity of Discriminating Yaw Plane Head-on-Trunk Motion system
- An inventive function of IoT Approach into Personalised Remote Monitoring with Management of Epilepsy system
- A new method for Smart-phone based on monitoring of cancer related fatigue scheme [Wireless Body Area Network with Internet of Things Projects]
- An effective performance for Remote Monitoring of Vital Signs without Body Instrumentation method
- An inventive practice for Video-based on vital sign monitoring system of patients into intensive care unit method