Internet of Things Bsed Cloud for Healthcare Network

1. ▪ Fog vs Cloud
▪ MQTT vs HTTP
Sample Results
Conclusions are Related to?
What is Internet-of-Things?
Problem Definition
Aim of Work
Methodology
Programming Languages
Main Hardware
Work Plan
Internet of Things Based Cloud for Healthcare Network
Istabraq M. Al-Joboury,
Dr. Emad H. Al-Hemiary,
Networks Engineering
NodeMCU Pulse Sensor Servers (Linux) Access-Point
Millions
Thousands
Hundreds
Cloud
Fog
Low Latency
High Response
Embedded Devices
“Prototyping an efficient system architecture to mitigate the
problem of delay, response-time and latency.”
“Improving the elect protocol over high traffic between
(Sensor-Fog) and (Fog-Cloud) in Real-Time.”
Minimizing data
IoT brings together people, process, data, and things to make
networked connections more relevant and valuable than ever
before.
Thousands of
sensors by
2020
End user (doctors,
nurses, patients
and patient`s
family)
High Traffic
Slow Response
High Latency
Cloud
Smart Hospital Smart City
• How to manage high traffic?
• Which protocol will be used with low-latency?
Traffic Generator
Cloud
Fast Notify
MQTT HTTP
Fog Layer Database
Self-Configuration
Response Time
HTTP-Fog HTTP-Cloud
MQTT-Fog MQTT-Cloud
Mean request and connection duration Mean request and connection duration
Mean request and connection duration Mean request and connection duration
time (sec of the running test) time (sec of the running test)
time (sec of the running test) time (sec of the running test)
Requestsduration(msec)
Requestsduration(msec)
Requestsduration(msec)
Requestsduration(msec)