WBAN(Wireless Body Area Network)

A wireless body area network (WBAN) is a special purpose sensor network designed to operate autonomously to connect various medical sensors and appliances , located inside and outside the body.

1. PRESENTED ON WIRELESS BODY AREA NETWORK(WBAN) SHILPA KRISHNA Research Scholar

2. WELCOME

3. 1. Introduction 2. Architecture of WBAN 3.Sensors for WBAN 4. Why WBAN? 5. Working of WBAN 6. Applications of WBAN 7.Design issues 8.Conclusion CONTENTS

4. What is WBAN ?????? A body area network (BAN), also referred to as a wireless body area network (WBAN) or a body sensor network (BAN),is a wireless network of wearable computing devices. A wireless body area network (WBAN) is a special purpose sensor network designed to operate autonomously to connect various medical sensors and appliances , located inside and outside the body. Wireless body area network (WBAN) is a collection of low power , miniaturized , invasive/noninvasive lightweight wireless sensor nodes that monitor the human body functions and the surrounding environment. INTRODUCTION

5. BASIC ARCHITECTURE FOR WBAN

6. WBAN components Sensors-biodegradable devices Transceivers-data transmissions and receptions Processor : masters the functioning of all the components in WBAN Battery : supplies power WBAN consists of two types: In-body area network Out-body area network

7. SENSORS FOR WBAN

8. These sensors are the main thread in the entire WBAN architecture. Roles of these sensors are specific and very precise. These sensors collect values and pass them to CCU. These sensors can be either implanted inside the body or can be present over the body as a wearable device or even as a fabric it can be worn ,say T-shirt.

9. ECG TEMPERATURE RESPIRATION RATE BLOOD PRESSURE SUGAR/GLUCOSE LEVELS DENTEL SENSORS EEG TYPICAL SENSORS USED IN WBAN

10. We can use this technology to take prearrangement measures to control the following diseases: Blood pressure Heart attack Diabetes Glucose level Cancer Epilepsy Obesity Depression Sleep disorders & many others TYPES OF DISEASES

11. Effective healthcare monitoring Effective medication Faster detection of symptoms Increase in lifespan expectancy with good health AGENDA

12. Phase 1 Data collection by sensors Data acquisition by CCU Data storage at local storage Packaging and sending Phase 2 Data package sent to various communities In case of emergency,medical help to be provided,either by actuators or physical help. Data analysis by data scientist to take conclusions out of data collected. M edical record/history to be maintained for further medication. WORKING OF WBAN

13. APPLICATIONS OF WBAN

14. Medical applications: Effective health monitoring Fitness camps and sports Military Non-medical applications: Gaming/virtual reality Entertainment applications sports

15. Security Confidentiality Ease of deployment and scalability Mobility Reliability Combatibility Power DESIGN ISSUES

16. WBAN serve patient and Doctor Improve WBAN to avoided security and interference problem In future may Build new stander WBAN In future improve WBAN to use with 4G (WI-MAX) CONCLUSION