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

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.

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

11. • 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.

12. 1. ECG
2. TEMPERATURE
3. RESPIRATION RATE
4. BLOOD PRESSURE
5. SUGAR/GLUCOSE LEVELS
6. DENTEL SENSORS
7. EEG

13.  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

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

15.  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.
• Medical record/history to be maintained for further
medication.

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

19. • Security
• Confidentiality
• Ease of deployment and scalability
• Mobility
• Reliability
• Combatibility
• Power

20. 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)