About Us

Overview

We are asked to make a lot of decisions about our health these days. The Internet of Medical Things (IoMT) is changing healthcare. Experts are predicting rapid growth in IoMT adoption. Thus, the industry needs to prepare to harness the technology for value-based care. However, health systems confront challenges, such as security, interoperability, and analytics to meet their promise of helping expand access to care, improve quality, and reduce cost.

Scope

The workshop on Internet of Medical Things focuses on Internet of Things technologies for healthcare. The event is a good opportunity to bring together practitioners and researchers from both academia and industry. The aim is to have a forum for discussion and technical presentations on the recent advances in theory, application and implementation of the IoT and IoE concepts in the healthcare domain. The workshop consists of one a day meeting. The program includes theoretical lectures and encompasses various spin off subject of IoMT.

Venue

The Workshop on the Internet of Medical Things: IoMT 2018, will take place in Tunisia, Sfax at the Faculty of Science (FSS).


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Topics

The proposed workshop will address, but not limited to, the following themes:

Devices and Mobile Apps for Healthcare
Interoperability and Standards for Healthcare
Remote Patient Monitoring Systems
Medical Data Connectivity Models
IoT Application and Services for Healthcare

mHealth Devices

Monitoring systems

Standards & Interoperability

IoT Application

3MT competition

My thesis in 180 seconds

The Three Minute Thesis (3MT) competition or 180s competition, is a competition held in IoMT workshop. Who Can Apply? It is open to PhD students and recent less a year PhD to present their research in just 180 seconds. It allows competitors to present a concise statement of their research interests and experience to be shared informally and orally. the 3MT competition is an excellent opportunity to share valuable experience and knowledge in the field of IoMT, and promote their research work.


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Workshop Detailed Program

Don't forget your laptops

8:00 am

DeskRegistration

8:30 am

Thesis Room Opening Session

IoMT 2018 General Chair
Mounir Ben Ayed
Honorary Chairs

- Hamadi Khemakhem, Director FSS (University of Sfax, Tunisia)
- Slim Abdelkefi, Director ENIS (University of Sfax, Tunisia)
- Adel M. Alimi, Director REGIM-Lab (University of Sfax, Tunisia)
- Fatah Krichene, Director of Technopole Sfax (University of Sfax, Tunisia)

9:00 am

Thesis RoomKeynotes

9:00 am Keynote 1:
by Yassine Aribi (University Of Monastir, Tunisia) EMB Tunisia Chapter: General Chair
9:10 am Keynote 2:
by Walid Labidi (University Of Sfax, Tunisia)
9:40 am Keynote 3:
by Mohamed Kharrat (University Of kairouen, Tunisia)
10:00 am Coffee Break
10:30 am Keynote 4:
by Sonda Bousnina (Polytechnic of Milan,Italy)
11:00 am Keynote 5:
by Afef Benjemmaa (REGIM-LAB)

3 pm

Room TP 1Practical Sessions

11:30 am Practical session 1:
by Afef Benjemmaa (REGIM-LAB)
12:30 am Lunch
3:00 pm Practical session 2:
by Walid Labidi
5:00 pm Coffee Break
5:15 pm Practical session 3:
by Mohamed Kharrat

7:15 pm

Thesis RoomClosing session

Important Dates

Registration opening: May 5, 2018

Registration deadline: June 15, 2018 June 20, 2018

Competition proposals deadline: June 15, 2018 June 20, 2018

Workshop day: June 23, 2018

4

Months

21

Days

12

Hours

47

Minutes

Keynote Speakers

Yassine Aribi

Bio:
Received the B. S. Degree in Computer Science applied in the management from the Faculty of Economic Sciences and Management of Sfax (FSEG) in 2002, the M. S. in Novel Technologies for Computer Systemsfrom the National Engineering School of Sfax (ENIS) in 2011 and the PhD degree in Computer Science from the National Engineering School of Sfax (ENIS), Tunisia in 2015. In 2003, he joined Gabès University, where he is a common trunk professor in the Department of Computer Science, and a research member in the Research Groups on Intelligent Machines (REGIM) from 2010. In 2015, he joined the University of Monastir, where he is currently an assistant at the Higher Institute of computer science of Mahdia(Tunisia). His research include Medical images processing using intelligent tools.
Keynote:




































Walid Labidi

Bio:
Received the higher technician diploma in computer science and communication, the national diploma in computer science and the professional master's degree in network administration from the Faculty of Science of Sfax (FSS), Tunisia, in June 2007, June 2009 and July 2011 respectively. He is a Linux LPIC 101 trainer and IoT trainer since 2017 in a private company. He occupied a position of assistant professor, tenure-track in FSS from 2011 to 2017. He animated as a speaker many scientific events such as IoT day (FSS) and Workshop FORUM-IOT-ENIG (National School of Engineers of Gabes). He is a supervisor of many student works (Smart City, Study and simulation of the CoAP protocol,..).
Keynote:
Abstract
Walid will talk about IoT technologies and animate a practical session about WSN to IoT.
Presentation Plan
1- Introduction
2- Generality on the standard IEEE 802.15.4
3- Technology ZigBee
4- Protocol stack
5- Methods of access to the channel (beacon and non beacon)
6- Notion of the super trame
7- Routing in the Adhoc mode
8- Technology 6LowPAN
9- Protocol stack
10- IPv6 addressing
11- Creation of network architecture 6LowPAN
12- Routing RPL
13- Importance of the protocol CoAP et MQTT of the application Layer
14- Opening 6LowPAN to the Internet of Things (IoT)
15- IOT LORA network
16- Architecture
17- Lora operation with mobile networks
18- The types of the nodes and gatewaylora
19- Technologies IoT BLE (Bluetouth Low Energy)
20- The applications Ibeacon
21- Conclusion
Practical Session Plan
Practice 1: Embedded programming (TelosB sensors) under linux
Practice 2: Creating a ZigBee network (example of broadcast)
Practice 3: Monitoring and collection of information based on a ZigBee network
Practice 4: Creation of a DAG architecture and consultation of information via web (HTTP protocol)
Practice 5: Order remote telosB sensors with CoAP protocol (M2M aperture)


Sonda Bousnina

Bio:
Received the Engineering Degree in computer science, Professional Master Degree in Security of Information Systems and the Research Masters Degree in New Technologies of Dedicated Computer Systems from the National School of Engineers of Sfax (ENIS), Tunisia, in June 2009, October 2009 and March 2012, respectively. Then, she started the Ph.D. studies at REGIM Laboratory (Research Groups on Intelligent Machines) in ENIS, Sfax. Alongside, she worked as R&D manager at Cynapsys Company at Elghazela Technolpark. In 2013, she obtained a scholarship in order to continue her PhD studies at Polytechnic of Milan in Telecommunication at ANT Lab, where she received her Ph.D degree in June2017. She is currently teaching at National School of Engineers of Sfax (ENIS), Tunisia.
Keynote:
Abstract
In her presentation, Sonda will talk about the Wireless Sensor Networks WSNs that have become one of the fundamental components of empowering the vision of the Internet of Things (IoT), and the novel approach of Virtualization of Wireless Sensor Networks which often go under the names of Virtual Sensor Networks (VSN) or Software Defined Sensor Networks (SDSN).
Presentation Plan
What is IoT ?
Virtualizattion ?
Virtualization and IoT
Virtualization and IoT: Study Case
























Afef Benjemmaa

Bio:
Has a master's degree in new technology dedicated computer systems (NTSID). She is member of the REGIM laboratory, ENIS, University of Sfax, Tunisia. She is an assistant professor in computer sciences in the Faculty of Art and Science of Aula, Saudi Arabia. She focuses her research on decision support systems, remote health care, multi-agent systems, knowledge discovery from data, human–computer interaction and visualization. Her application domain is Heart disease. She is an IEEE Student member.
Keynote:
Abstract
Implementing complex healthcare systems and collecting medical data as well as their analysis are, in general, difficult and present a big challenge for IoT researchers. An interesting solution is “simulating the process”. In this context comes this presentation. Its main idea is the description of IoT devices and how we can simulate them for preparing a database to the system.
Presentation Plan
1- Introduction
2- IoT in health care
3- Homecare systems
4- Simulation
5- Conclusion
Practical Session Plan
1- Introduction
2- Installation of software
3- Code implementation
4- Simulation
5- Discussion
6- Conclusion


Mohamed Kharrat

Bio:
Mohamed Kharrat holds a Master and Phd from the department of Applied computer Science at, GSIIS, University of Tokyo. As well as an Engineering Degree from Sup'Com.
Dr. Mohamed is Assistant Professor at ISIGK, Kairouan and head of UVT department at University of Kairouan. He is also founder at CompiTechnology Start Up specialised in IoT. Journey of IoT product development
Keynote:
Medical IoT product development with nrf51822 SoC












Our Commitee

Honorary Chairs:
============== 
Hamadi Khemakhem, Faculty of Science Director
Slim Abdelkefi, ENIS Director
Adel M. Alimi, REGIM-Lab Director
Fatah Krichene, Technopole Sfax Director

General Chair:
============== 
Mounir Ben Ayed

Program chairs: 
================== 
Boudour Ammar
Yassine Aribi
Nesrine Baklouti
Emna Ben Ayed
Zeineb Fki
Hanen Jemal
Hela Ltifi

Program committee: 
================== 
Ali Ben Mrad
Souhir Bouaziz
Hamdi Ellouzi
Mohamed Ali Fourati
Emna Guermazi
Ghada Feki

Organizing committee: 
============================
  Saber Amri
Emna Ben Mohamed
Rim Chiha
Faten Khemakhem
Rim Megdich