Every new generation of wireless cellular systems starts with bold, high-level requirements and predictions of its capabilities. With a view of having such requirements and application of 5G mobile network, it is required to efficiently and effectively cope with the ecological variations. Among these variations, it is essential to consider the handling of the explosive growth of mobile data (i.e., Internet data). The latest wireless technology will allow its user's physicians and non-critical patients with the dynamic and enhanced roaming facilities while sustaining the critical medical information. In According to the report published in 2015, the expected growth in the mobile data will grow up to 15.9 exabytes by 2018.

2. CONTENTS:
1. INTRODUCTION
2. WHAT IS 5G ?
3. ARCHITECTURE
4. ADVANTAGES
5. DISADVANTAGES
6. APPLICATION
7. CONCLUSION
8. REFERENCE

3. INTRODUCTION:
• The fifth generation (5G) of mobile networks will be
standardized in 2020.
• Recent development in the field of mobile communication
technologies have opened innovative prospects for latest and
state-of-the-art means of healthcare system.
• The proposed system exploits Transparent Interconnection of
Lots of Links (TRILL) protocol for mobility management and
data packet delivery.

4. WORKING:
Fig: System architecture for 5G Healthcare system and Healthcare scenario

5. 0
500
1000
1500
2000
2500
0 1 2 3 4 5
TOTALTRANSMISSIONDELAY
TRANSMISSION (QUEUE)
Average queuing delay at each
hop
proposed 5G 4G System
0
0.5
1
1.5
2
2.5
3
3.5
4
1 2 3 4 5
QOSOFANETWORK
USER PREFERENCE
QOS Of a network
dataset 1 dataset 2 dataset 3

6. ADVANTAGES & DISADVANTAGES:
Finest Quality
of Service
(QOS).
Downloading
and Pages will
upload almost
instantly.
Can play
easily online
games.
All Networks
can be
gathered on a
platform.
Easily support
previous
generations.
No limitation
as user
demands.
Ability to
support the
new services
ADVANTAGES
It is an under
processing
technology.
It is difficult to
get a high seed
in some parts
of the world.
Security and
privacy are yet
to be solved.
Many old
machines will
not support 5G.
EMFs provoke
major effects in
the brain. The
most important
of these is the
opening of the
blood− brain
barrier. DISADVANTAGES

7. APPLICATION:
 For patients suffering from serious or chronic health issues such as
cardiovascular disease, diabetes or cancer, remote monitoring devices can track
vital signs and glucose levels and electronically transmit this information to
health care providers.
 Students can attend any class of any institute of the world without going there
(by WCSM).
 A doctor can treat patients of other countries from a place.
 Possible to monitor any place of the world from anywhere.
 Batteries can be charged by using network without charger.
 It could be possible to visualize lively all the planets and the Universe.
 One can complete his/her works without going to the office.
 One can be able to predict tsunami/earthquake before it occurs.

8. CONCLUSION:
 The proposed novel 5G architecture that tackles massive data
delivery and mobility management for healthcare data.
 QOS achieve good results in terms of energy.

9. REFERENCE:
 Social, Technical and Economical Challenges of 5G Technology in Indian prospective: Still 4G
Auction not over, but time to think about 5G in India by Manoj Kumar Pandey, Amit Gaurav,
Vivek Kumar.
 A call for action and accountability by Olga Sheean (WHO setting a standard to wireless
technology).
 Wireless Telecom system and networks by MULLET, Thomson.
 5G High Mobility Wireless Communications: Challenges and Solutions by Pingzhi Fan, Jing
Zhao, Chih-Lin.
URL:
 http://datatracker.ietf.org/wg/dmm
 http://datatracker.ietf.org/wg/trill
 http://weeksmd.com/2016/05/coming-brain-cancer-epidemic
 http://www.forbes.com/sites/tjmccue/2015/04/22/117-billion-market-for-internet-of-things-in-
healthcare-by-2020/#3b7428962471

10. THANK YOU