ICT: (réalisé)
- framework: 25 min => SL
- design rationale: 30 minutes => MH

Tech 
- LoRaWAN: 30 minutes => SL
- NB-IoT: 35 minutes => MH

Perf
- Link budget: 5 minutes => MH
- ALOHA for LoRa: 40 minutes => SL
- NB-IoT Coverage comparison: 10 minutes => MH

- Research directions: 30 minutes => SL
- Conclusion: 10 minutes => MH

5GWF:
Framework 30 min => 25 (réalisé)
IoT services and applications that foster mMTC; Samer Lahoud; 10 minutes
Requirements and characteristics of mMTC; Samer Lahoud; 10 minutes
5G and cellular IoT technologies; Samer Lahoud; 10 minutes

NB-IoT design rationale - how NB-IoT leverages and adapts 3GPP LTE infrastructure and mechanisms to meet 5G mMTC requirements?; Melhem El Helou; 15 min => 25
NB-IoT standard: radio interface, physical architecture, protocol architecture; Melhem El Helou; 15 minutes => 10

Perf
Radio models and link budget analysis for NB-IoT; Melhem El Helou; 10 minutes => 15
Bandwidth-based dimensioning for NB-IoT; Melhem El Helou; 15 minutes
Performance comparison of NB-IoT and LoRaWAN; Samer Lahoud; 10 minutes
Research directions for radio resource management in NB-IoT; Melhem El Helou; 25 minutes

WPMC:
Framework: 25 min =>  (réalisé)
Services and applications that foster low power wide area networks; Samer Lahoud
Architecture and characteristics of low power wide area networks; Samer Lahoud

Design rationales: 30 min
LoRaWAN design rationale - how LoRaWAN meets LPWAN requirements, in terms of device complexity and cost, coverage, power consumption, capacity, and network topology and deployment?; Melhem El Helou
NB-IoT design rationale - how NB-IoT leverages and adapts 3GPP LTE infrastructure and mechanisms to meet LPWAN requirements?; Melhem El Helou

Tech:
LoRaWAN specification: radio interface, physical architecture, protocol architecture; Samer Lahoud; 30 min
NB-IoT standard: radio interface, physical architecture, protocol architecture; Melhem El Helou; 35 min

Perf: 60 min
Radio models and link budget analysis; Melhem El Helou; 5 min

Coverage Evaluation: 30 min
LoRaWAN (SF + multiple GW)
NB-IoT (Transmission formats, repetitions, MCS)
Coverage comparison

Capacity/Throughput Evaluation: 20 min
Aloha, collisions, PDR, multiple GW (+ Capture effect)
Comparison with NB-IoT: signaling+perfect scheduling algorithm, power consumption...

Conclusion 5 min