AssIuT IoT research group
Assiut IoT is a leading group specialized in Embedded Systems and IoT applications
Dr Mohamed AbdelRaheem is the group leader and the lab supervisor
Our lab received funds from ITI, STIFA, NTRA, ITIDA, MoHA through a number of grants and research funds
Our current research includes the following Topics
Internet of Things applications
Embedded System design
Wireless networks
For full list of publication, please visit my google scholar page
Current and Recent Projects
1-Road Condition Assessment using Internet of Things Technology
Duration 2022-2023 Role: PI, Total Fund : 1,410,000 LE.
Funding Agency: Science, Technology and Innovation Funding Agency (STIFA)
In tis project we develop an IoT based system that is able to assess roads conditions by calculating and visualizing the International Roughness Index as a reference to the road condition. We also develop a road anomalies identification system using both AI and IoT.
Publications:
[1] N. Sabor and M. AbdelRaheem, CMNN-RADC: A crowedsensing
Convolutional-based Mixer Neural Network Road Anomalies Detector and
Classifier, Elsevier Internet of Things 2023, (IF 5.7)
[2]- M. AbdelRaheem, Moumen el Melegy " Drive-By Road Condition Assessment Using Internet of Things Technology" at The International Conference on Advances in the Emerging Computing Technologies (IEEE AECT) Almadeina Almnawara, KSA
2-Smart Monitoring System for Critical Infrastructure using Internet of Things Technology
Duration 2021-2022 . Role PI, Total Fund = 1,300,000 LE
Funding Agency: Science, Technology and Innovation Funding Agency (STIFA)
In this project we design and build a complete IoT based monitoring system for critical infrastructure (Bridge and Multi-story building) that utilize IoT technology. Also we developed an IoT system for damage and rebars detection in reinforced concrete.
Publications:
[1] M. Abdelraheem, M. Hassan, U. Sayed, and A Nassr Design and
implementation of a synchronized IoT-based structural health monitoring system. Elsevier Internet of Things, 2022 ,(IF 5.7).
[2]- M. AbdelRaheem, M. Abdelhafeez and A. Nassr "IoT-Based Interdigital Capacitance Sensing System for Damage Detection in CFRP-Concrete Structures" in IEEE Access Journal, 2021, (IF 3.304).
[3]- Mahmoud AbdelHafeez , Amr Nassr, M. AbdelRaheem“ Capacitive Sensing Technique for Detection of Reinforcement Bars in Concrete Structures” IEEE Sensors Journal, 2021, (IF 3.301).
[4]- Muhammed Hassan, Amr Nassr, Usama S. Mohamed, M. Abdelraheem "An IoT based Structural Health Monitoring System for Critical Infrastructures at the IEEE Global Conference on Artificial Intelligence and Internet of Things, December 2021, Dubai, UAE
uration 2017-2019
Total Fund = 2,900,000 LE.
Funded by National Telecommunication Regulation Agency (NTRA)
This a large a collaboration project between four universities (Alexandria, Cairo, and Assiut ). The project goal is to build a federated remotely accessible testbeds at different universities for educational and research.
I am leading Assiut university group in which we build an IoT testbed.
For more information, please visit the project website. A Demo on how to use our IoT testbed is available on CRC youtube channel
Publications:
1-Mahmoud Abdel Hafeez ; Ali H. Ahmed; M. AbdelRaheem “Design andOperation of a Lightweight Educational Testbed for Internet of Things Applications” IEEE Internet of Things Journal, 2020, (IF= 9.9).
2- M. AbdelRaheem, M. El-Nainay “ Demand-based Spectrum Trading forOpportunistic Secondary Networks with Probabilistic Channel Access Mechanism” IEEE Systems Journal, 2019 (IF= 5.28).
3- Mahmoud AbdelHafeez ,Mostafa Taha , Elsayed Esam M. Khaled, M. AbdelRaheem, " A Study on Transmission Overhead of Post Quantum Cryptography Algorithms in Internet of Things Networks" The IEEE 31st International Conference on Microelectronics (ICM) . Cairo, EGYPT
4- M. AbdelRaheem Mahmoud AbdelHafeez “ A Remotely Accessible Testbed for Internet of Things" in Proceeding of IEEE GCIoT 2018, Alexandria, Egypt
Duration 2017-2019 Total Fund = 1,800,000 LE.
Funded by National Telecommunication Regulation Agency (NTRA)
In this project we build Micro-Phasor Measurement Unite (Micro PMU) to monitor the distribution grid network.
The Micro-PMU devise is build using STM32F407 Microcontroller equipped with LTE/GPS embedded module.
I am responsible of the Hardware/Firmware design and implementation.
For more information, please visit the project website
Publications:
1- M. AbdelRaheem, M, Hassan and H. Selim "A Lightweight Sampling Time Error Correction Technique For Micro Phasor Measurement Units" in IEEE Transactions on Instrumentation and Measurement, 2022, (IF 4.016)
2- A. A. E. Elsayed, M. A. Mohamed, M. AbdelRaheem and M. A. -E. Nayel,“ Optimal μPMU Placement Based On Hybrid Current Channels Selection for Distribution Grids" in IEEE Transactions on Industry Applications, 2021, (IF 3.645)
3- Mansour A. Mohamed , Mohamed AbdelRaheem , Ahmed A.Elaziez ,Mohamed A.Nayel " Optimal μPMU Placment and Current channel selection Considering Running Cost for Distribution Grid" at The IEEE International conference on “Power Electronics, Smart Grid and Renewable Energy (PESGRE 2020) , Ernakulam, India
4- G. Daoud H. Selim M. AbdelRaheem “ Micro PMU phasor estimation by off-nominal frequency" in Proceeding of the IEEE SEGE 2018 Oshawa, Canada
In this research we deal with the resource allocation and channel access mechanism in opportunistic dynamic spectrum networks. We utilize stochastic optimization and Markov chains to deal with the uncertainty about the PU activity
Publications:
- M. AbdelRaheem, M. Abdellatif “ A Stochastic Spectrum Trading and Resource Allocation Framework for Opportunistic Dynamic Spectrum Access Networks ” IEEE Access Journal, 2022 (IF= 3.3).
2- M. AbdelRaheem, M. El-Nainay “ Demand-based Spectrum Trading for Opportunistic Secondary Networks with Probabilistic Channel Access Mechanism” IEEE Systems Journal, 2019 (IF= 5.28).
In this research we propose a different solution for the jamming problem in cooperative DSA network using game theoretic approaches mainly using Colonel Blotto and Stakelberg games.
publications:
1-Reham M. Al-hashmy M. AbdelRaheem Usama S. Mohamed "Anti-Jamming Cooperative Technique for Cognitive Radio Networks: A Stackelberg Game Approach" In Proceeding of AISI’19,CAIRO, EGYPT
2- M. AbdelRaheem, M. Abdellatif “ Cooperative anti-jamming for secondary opportunistic networks: A Colonel Blotto game model " in Proceeding of IEEE WiMob 2017 Roma, Italy
Previous Projects
Duration 2008-2009 Total fund 73000 LE
Funded by ITIDA Fellowship, Information Technology Industry Developing Agency (ITIDA)
Role: PI Fellowship. ITIDA sponsored my M.Sc research.
During this project we developed a Human identification system based on the
ECG signal and testes through our collected database.
Duration 2008-2010, Total Fund: 1,000,000 LE.
ITIDA PDP, ITIDA Product Development Project (PDP). Design a prototype RFID readers for hotels and metro applications with Ethernet and Wireless capabilities. I was responsible for the Hardware and Firmware development.
In this research we provide a coexistence framework between LTE and WiFi users using cooperative communication. In this framework the LTE UE help improve the WiFi user transmission in return, it grantees a free access to the WiFi spectrum. Bargaining theory is used to find the optimal time share between the users.
