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Professor in Telecommunications
President & CTO
Truva Inc.
Contact: ian@truvainc.com, ian@ianakyildiz.com
+1 (404) 259-3727
Truva Inc., Alpharetta, GA 30022, U.S.A.

Teaching

Spring 2022 (University of Iceland)

  • TÖV603M: The Internet of Things
    Monday and Wednesday: 11:40 AM to 1 PM (UTC)
    Contents:
    1. Introduction
    2. Factors Influencing the Things Design
    3. Query Management
    4. Message Queueing Telemetry Transport (MQTT) and Constrained Application (CoAP) Protocol
    5. IEEE 802.15.4
    6. 6LowPAN and Zigbee (RPL Routing Algorithm)
    7. IEEE 802.11ah
    8. Low Power Wide Area Networks (NonCellular Based IoTs (LoRA and SIGFOX)
    9. Cellular Based IoTs (EC-GSM; eMTC; NB-IoT)
    10. 5G Based IoTs (eMBB; mMTC; URLLC)
    11. IoT Software Platforms
    12. Localization (Tracking) Techniques
    13. Machine Learning Algorithms for IoT



Spring 2021 (University of Iceland)

  • TÖV603M: The Internet of Things
    Monday and Wednesday: 11:40 AM to 1 PM (UTC)
    Contents:
    1. Introduction
    2. Factors Influencing the Things Design
    3. Query Management
    4. Message Queueing Telemetry Transport (MQTT) and Constrained Application (CoAP) Protocol
    5. IEEE 802.15.4
    6. 6LowPAN and Zigbee (RPL Routing Algorithm)
    7. IEEE 802.11ah
    8. Low Power Wide Area Networks (NonCellular Based IoTs (LoRA and SIGFOX)
    9. Cellular Based IoTs (EC-GSM; eMTC; NB-IoT)
    10. 5G Based IoTs (eMBB; mMTC; URLLC)
    11. IoT Software Platforms
    12. Localization (Tracking) Techniques
    13. Machine Learning Algorithms for IoT
    14. Internet of Underwater Things
    15. Internet of Underground Things
    16. Internet of Space/CubeSat Things

Fall 2021 (SSN College of Engineering Univ, Chennai, India)

  • Satellite Communication Networks
    Contents:
    1. HISTORICAL VIEW (WHY SATELLITE COMMUNICATION?)
    2. BASICS AND FUNDAMENTALS OF SATELLITE COMMUNICATION
    3. SATELLITE SUBSYSTEMSol
    4. ORBITAL MECHANISMS
    5. MODULATION & ERROR CONTROL TECHNIQUES
    6. PROPAGATION MODELING AND ANALYSIS
    7. LINK BUDGET ANALYSIS
    8. MULTIACCESS TECHNIQUESS
    9. Global Positioning Systems (GPS)
    10. INTERPLANETARY INTERNET/DEEP SPACE NETWORKS
    11. CubeSats (Internet of Space Things/CubeSats)
    12. Constellation Design of Cubesats
    13. SDN based Internet of Space Things
  • Internet of Things
    Contents:
    1. Introduction
    2. Factors Influencing the Things Design
    3. Query Management
    4. Message Queueing Telemetry Transport (MQTT) and Constrained Application (CoAP) Protocol
    5. IEEE 802.15.4; 6LowPAN and Zigbee (RPL Routing Algorithm);  IEEE 802.11ah
    6. Low Power Wide Area Networks (NonCellular Based IoTs (LoRA and SIGFOX)
    7. Cellular Based IoTs (EC-GSM; eMTC; NB-IoT)
    8. 5G Based IoTs (eMBB; mMTC; URLLC)
    9. Machine Learning Algorithms for IoT