| Author |
Session |
Start page |
Title |
A A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Abreu, Carlos |
eHPWAS'22: HP3.4 |
106 |
A Cost-effective Infrared Thermographic System for Diabetic Foot Screening |
| Abularach Arnez, Jussif |
STWiMob'22 - ST2.1 |
63 |
Real time testbeds for 5G NSA and SA mobile architectures to provide VoLTE and VoNR services over IP Multimedia Core Network Subsystem |
| Accettura, Nicola |
STWiMob'22 - ST1.3 |
36 |
Experimental throughput models for LoRa networks with capture effect |
| Aftab, Asad |
SW3 : Security.2 |
248 |
Holo-Block Chain: A Hybrid Approach for Secured IoT Healthcare Ecosystem |
| Aguilar-Armijo, Jesús |
STWiMob'22 - ST4.1 |
344 |
Segment Prefetching at the Edge for Adaptive Video Streaming |
| Al Hamadi, Hussam |
STWiMob'22 - ST3.1 |
112 |
A Surrogate-Based Technique for Android Malware Detectors' Explainability |
| Al Mallak, Khalid |
VN4RRSR'22 - VN.2 |
166 |
Characterisation of Horizontally Induced Vibrations on Antenna's Channel Response at Millimetre-Wave |
| Alekseeva, Daria |
HP2.1 |
51 |
Towards the Advanced Data Processing for Medical Applications Using Task Offloading Strategy |
| Allauzen, Alexandre |
HP1.1 |
19 |
Adapting without forgetting: KnowBert-UMLS |
| Alouache, Lylia |
SW3 : Security.1 |
240 |
Fuzzy approach for load balancing in Blockchain-based Software Defined Vehicular Networks |
| Alves-González, Ángel |
Short Papers, Poster & Demos.2 |
458 |
Air-to-Ground Channel Characterization for Unmanned Aerial Vehicles Based on Field Measurements |
| Amano, Tatsuya |
SW7: Applications & Energy.2 |
374 |
Object Recognition from 3D Point Cloud on Resource-Constrained Edge Device |
| SW7: Applications & Energy.4 |
386 |
Semantic Communication for Capacity-aware Remote Collaboration |
| Anagnostopoulos, Nikolaos Athanasios |
SW5: LoRa.2 |
301 |
ADR-Lite: A Low-Complexity Adaptive Data Rate Scheme for LoRa Network |
| Aniss, Hasnaâ |
SW3 : Security.1 |
240 |
Fuzzy approach for load balancing in Blockchain-based Software Defined Vehicular Networks |
| Avazov, Nurilla |
STWiMob'22 - ST4.4 |
362 |
Micro-Doppler Characteristics of mmWave Indoor Backscattering Channels for RF Sensing |
| B A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Baronti, Paolo |
SIoA'22 - SI.3 |
448 |
Best Practices for Model Calibration in Smartphone-based Indoor Positioning Systems |
| Barsocchi, Paolo |
SW4 : Antennas and micro wave devices.4 |
289 |
Evaluation of Angle of Arrival in Indoor Environments with Bluetooth 5.1 Direction Finding |
| SIoA'22 - SI.3 |
448 |
Best Practices for Model Calibration in Smartphone-based Indoor Positioning Systems |
| Bauer, Johann |
Short Papers, Poster & Demos.8 |
491 |
Physical Layer Intrusion Detection for Fieldbuses (Demo) |
| Baumann, Kurt |
Short Papers, Poster & Demos.8 |
483 |
Leveraging on WiFiMon for Efficient Wi-Fi Performance Monitoring (Demo) |
| Baumeister, Harald |
HP3.1 |
88 |
Backend Concept of the eSano eHealth Platform for Internet- and Mobile-based Interventions |
| Beach, Mark |
VN4RRSR'22 - VN.2 |
166 |
Characterisation of Horizontally Induced Vibrations on Antenna's Channel Response at Millimetre-Wave |
| Bedoui, Mohamed Hedi |
SW5: LoRa.3 |
307 |
LoRaWAN optimization using optimized Auto-Regressive algorithm, Support Vector Machine and Temporal Fusion Transformer for QoS ensuring |
| Belazi, Akram |
SW2 : Signal processing and AI.2 |
222 |
Smart Full-Exploitation of Beamforming Fusion assisted Spectrum Sensing for Cognitive Radio |
| Ben Chaabane, Sarra |
SW2 : Signal processing and AI.2 |
222 |
Smart Full-Exploitation of Beamforming Fusion assisted Spectrum Sensing for Cognitive Radio |
| Benini, Luca |
CWN'22 - CN.2 |
399 |
WideVision: A Low-Power, Multi-Protocol Wireless Vision Platform for Distributed Surveillance |
| Berbineau, Marion |
Short Papers, Poster & Demos.7 |
479 |
Emu5GNet: an Open-Source Emulator for 5G Software-Defined Networks |
| Berger, Michael |
Short Papers, Poster & Demos.7 |
479 |
Emu5GNet: an Open-Source Emulator for 5G Software-Defined Networks |
| Bernard, Gaël |
HP1.1 |
19 |
Adapting without forgetting: KnowBert-UMLS |
| Berthou, Pascal |
STWiMob'22 - ST1.3 |
36 |
Experimental throughput models for LoRa networks with capture effect |
| Bhiri, Sami |
SW5: LoRa.3 |
307 |
LoRaWAN optimization using optimized Auto-Regressive algorithm, Support Vector Machine and Temporal Fusion Transformer for QoS ensuring |
| Bixheku, Daniel |
Short Papers, Poster & Demos.8 |
483 |
Leveraging on WiFiMon for Efficient Wi-Fi Performance Monitoring (Demo) |
| Bouallegue, Ammar |
SW2 : Signal processing and AI.2 |
222 |
Smart Full-Exploitation of Beamforming Fusion assisted Spectrum Sensing for Cognitive Radio |
| Bouallegue, Kaïs |
SW2 : Signal processing and AI.2 |
222 |
Smart Full-Exploitation of Beamforming Fusion assisted Spectrum Sensing for Cognitive Radio |
| Bouzinis, Pavlos |
SW1 : Wireless Networking.4 |
203 |
Hierarchical Federated Learning for the Next Generation IoT |
| Bozanis, Dimitrios |
STWiMob'22 - ST2.3 |
75 |
Optimal Aggregation of RF and VLC Bands for Beyond 5G Mobile Services |
| Braun, Torsten |
SW6: Artificial Intelligence.4 |
338 |
INTRAFORCE: Intra-Cluster Reinforced Social Transformer for Trajectory Prediction |
| Bruniaux, Amaury |
SW1 : Wireless Networking.5 |
209 |
Towards a Fully Programmable Internet of Things |
| C A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Cardinale, Yudith |
HP2.1 |
57 |
A task-model based approach for detecting ADL-related anomalies |
| Carrabina, Jordi |
SW5: LoRa.3 |
307 |
LoRaWAN optimization using optimized Auto-Regressive algorithm, Support Vector Machine and Temporal Fusion Transformer for QoS ensuring |
| Casoni, Maurizio |
VN4RRSR'22 - VN.4 |
178 |
On-the-Road Comparison of LTE-V2X Cooperative Awareness Message Distribution between Regular and Vulnerable Road Users |
| Castells-Rufas, David |
SW5: LoRa.3 |
307 |
LoRaWAN optimization using optimized Auto-Regressive algorithm, Support Vector Machine and Temporal Fusion Transformer for QoS ensuring |
| Černý, Viktor |
STWiMob'22 - ST1.2 |
30 |
Decentralized Evaluation of Trust in Ad Hoc Networks using Neural Networks |
| Chadoulis, Rizos-Theodoros |
STWiMob'22 - ST4.3 |
356 |
Optimizing the Array Factor of a Phased Array Antenna (PAA) using a genetic algorithm |
| Charalampidis, Pavlos |
Short Papers, Poster & Demos.8 |
487 |
A flexible Monitoring-as-a-Service platform for IoT networks (Demo) |
| Chasserat, Laurent |
STWiMob'22 - ST1.3 |
36 |
Experimental throughput models for LoRa networks with capture effect |
| Chatterjee, Ayan |
HP1.1 |
13 |
LSTM Step Prediction and Ontology-Based Recommendation Generation in Activity eCoaching |
| Choubani, Fethi |
SW4 : Antennas and micro wave devices.2 |
279 |
Ultra-Wideband Steerable Antenna Array Based on EBG Structure for Millimeter Wave 5G Applications |
| SW4 : Antennas and micro wave devices.3 |
283 |
Enhanced Meander antenna for in-body telemetry applications |
| Chrysostomou, Chrysostomos |
SW3 : Security.2 |
248 |
Holo-Block Chain: A Hybrid Approach for Secured IoT Healthcare Ecosystem |
| Ciecierski, Konrad |
HP1.1 |
1 |
Neural fiber prediction with deep learning |
| Clavier, Laurent |
STWiMob'22 - ST1.1 |
25 |
Deep Learning-based receiver for Uplink in LoRa Networks with Sigfox Interference |
| Coelho, André |
Short Papers, Poster & Demos.6 |
475 |
Obstacle-aware On-demand 5G Network using a Mobile Robotic Platform |
| Córdova-Pintado, Daniela |
SW1 : Wireless Networking.3 |
195 |
Paving the way towards delivering messages based on user interests in OppNets |
| Crivello, Antonino |
SIoA'22 - SI.3 |
448 |
Best Practices for Model Calibration in Smartphone-based Indoor Positioning Systems |
| Croce, Daniele |
Short Papers, Poster & Demos.3 |
462 |
Dynamic Adaptation of LoRaWAN Traffic for Real-time Emergency Operations |
| D A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Damasceno, Maria |
STWiMob'22 - ST2.1 |
63 |
Real time testbeds for 5G NSA and SA mobile architectures to provide VoLTE and VoNR services over IP Multimedia Core Network Subsystem |
| Damiani, Ernesto |
STWiMob'22 - ST3.1 |
112 |
A Surrogate-Based Technique for Android Malware Detectors' Explainability |
| Dautov, Rustem |
SW7: Applications & Energy.1 |
368 |
Bridging the Gap Between Java and Python in Mobile Software Development to Enable MLOps |
| Dheman, Kanika |
HP3.2 |
94 |
VitalPod: A Low Power In-Ear Vital Parameter Monitoring System |
| HP4.4 |
154 |
Cardiac monitoring novel low-power sensor measuring upper thoracic electrostatic charge variation |
| Di Maio, Antonio |
SW6: Artificial Intelligence.4 |
338 |
INTRAFORCE: Intra-Cluster Reinforced Social Transformer for Trajectory Prediction |
| Diamantoulakis, Panagiotis |
STWiMob'22 - ST2.3 |
75 |
Optimal Aggregation of RF and VLC Bands for Beyond 5G Mobile Services |
| SW1 : Wireless Networking.4 |
203 |
Hierarchical Federated Learning for the Next Generation IoT |
| SW2 : Signal processing and AI.3 |
228 |
Over-the-Air Computing under Adaptive Channel State Estimation |
| Dias de Amorim, Marcelo |
SW1 : Wireless Networking.2 |
189 |
RSSI: Lost and Alone, a Case for Redundancy |
| Dino, Alessandra |
Short Papers, Poster & Demos.3 |
462 |
Dynamic Adaptation of LoRaWAN Traffic for Real-time Emergency Operations |
| Djanatliev, Anatoli |
Short Papers, Poster & Demos.4 |
466 |
CoDiPy: Performance Evaluation of Vehicular Cooperative Downloading in Python |
| Djosic, Danijel |
CWN'22 - CN.3 |
405 |
On the Second Order Statistics of Cooperative UAV Communications underlying Interference Limited
Composite Fading Conditions |
| Doulgeraki, Paraskevi |
Short Papers, Poster & Demos.8 |
487 |
A flexible Monitoring-as-a-Service platform for IoT networks (Demo) |
| Dowhuszko, Alexis |
STWiMob'22 - ST2.3 |
75 |
Optimal Aggregation of RF and VLC Bands for Beyond 5G Mobile Services |
| Dozohoua, Silue |
SW4 : Antennas and micro wave devices.3 |
283 |
Enhanced Meander antenna for in-body telemetry applications |
| Drakakis, Emmanouil |
HP3.3 |
100 |
Augmented and Virtual Reality Based Exergames in GAME2AWE for Elderly Fall Prevention |
| Duong, Trung Q. |
SW3 : Security.4 |
262 |
Secrecy Performance of Small-Cell Networks over Nakagami-m Fading in the Presence of Unreliable Backhaul and Imperfect CSI |
| E A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Elayoubi, Salah Eddine |
STWiMob'22 - ST3.4 |
130 |
AI-based prediction for Ultra Reliable Low Latency service performance in industrial environments |
| Elbsir, Houssem Eddin |
SW5: LoRa.3 |
307 |
LoRaWAN optimization using optimized Auto-Regressive algorithm, Support Vector Machine and Temporal Fusion Transformer for QoS ensuring |
| Eller, Lukas |
SW2 : Signal processing and AI.4 |
234 |
Unveiling Cellular Antenna Orientations from Large Crowdsourced Datasets: A Deep Learning Approach |
| Emami, Negar |
SW6: Artificial Intelligence.4 |
338 |
INTRAFORCE: Intra-Cluster Reinforced Social Transformer for Trajectory Prediction |
| Ercetin, Ozgur |
SW6: Artificial Intelligence.3 |
332 |
Deep Learning-Based QoE Prediction for Streaming Services in Mobile Networks |
| Escudero-Garzás, J. Joaquín |
Short Papers, Poster & Demos.2 |
458 |
Air-to-Ground Channel Characterization for Unmanned Aerial Vehicles Based on Field Measurements |
| Essafi, Hassane |
HP1.1 |
19 |
Adapting without forgetting: KnowBert-UMLS |
| Evgenidis, Nikos |
SW2 : Signal processing and AI.3 |
228 |
Over-the-Air Computing under Adaptive Channel State Estimation |
| F A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Falowo, Olabisi |
Short Papers, Poster & Demos.1 |
454 |
Effect of Users' Equipment Capability on Utilization of Heterogeneous Wireless Networks |
| Fastenbauer, Agnes |
SW8: 5G.4 |
430 |
Validation of NOMA System-Level Abstraction |
| Feng, Pei |
HP4.1 |
136 |
Plastic Optical Fiber Sensor-based Smart Mattress For Sleeping Posture Remote Monitoring |
| Fesl, Jan |
STWiMob'22 - ST1.2 |
30 |
Decentralized Evaluation of Trust in Ad Hoc Networks using Neural Networks |
| Festag, Andreas |
STWiMob'22 - ST3.2 |
118 |
Cellular-V2X for Vulnerable Road User Protection in Cooperative ITS |
| Fladenmuller, Anne |
SW1 : Wireless Networking.2 |
189 |
RSSI: Lost and Alone, a Case for Redundancy |
| Fotiadis, Dimitrios |
HP4.2 |
142 |
Evaluating Parameters of the TUG Test Based on Data from IMU and UWB Sensors |
| Furfari, Francesco |
SW4 : Antennas and micro wave devices.4 |
289 |
Evaluation of Angle of Arrival in Indoor Environments with Bluetooth 5.1 Direction Finding |
| SIoA'22 - SI.3 |
448 |
Best Practices for Model Calibration in Smartphone-based Indoor Positioning Systems |
| G A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Fragkiadakis, Alexandros |
Short Papers, Poster & Demos.8 |
487 |
A flexible Monitoring-as-a-Service platform for IoT networks (Demo) |
| Gaci, Elisantila |
Short Papers, Poster & Demos.8 |
483 |
Leveraging on WiFiMon for Efficient Wi-Fi Performance Monitoring (Demo) |
| Gallais, Antoine |
SW3 : Security.3 |
256 |
An Efficient Data Integrity Verification Scheme For Distributed Fog Computing Architecture |
| Gallos, Parisis |
HP4.3 |
148 |
Integrating AR and IoT Services into mHealth Applications for Promoting Wellbeing |
| Gamtsemlidze, Nugzar |
Short Papers, Poster & Demos.8 |
483 |
Leveraging on WiFiMon for Efficient Wi-Fi Performance Monitoring (Demo) |
| Garcia, Johan |
SW8: 5G.1 |
411 |
Evaluating and Modeling 5G MPTCP Performance |
| Garlisi, Domenico |
Short Papers, Poster & Demos.3 |
462 |
Dynamic Adaptation of LoRaWAN Traffic for Real-time Emergency Operations |
| Geissler, Stefan |
SW5: LoRa.1 |
295 |
Generic Model to Quantify Energy Consumption for Different LoRaWAN Channel Access Methods |
| Girolami, Michele |
SW4 : Antennas and micro wave devices.4 |
289 |
Evaluation of Angle of Arrival in Indoor Environments with Bluetooth 5.1 Direction Finding |
| SIoA'22 - SI.3 |
448 |
Best Practices for Model Calibration in Smartphone-based Indoor Positioning Systems |
| Giuliano, Fabrizio |
Short Papers, Poster & Demos.3 |
462 |
Dynamic Adaptation of LoRaWAN Traffic for Real-time Emergency Operations |
| Gklavakis, Dimitris |
HP3.3 |
100 |
Augmented and Virtual Reality Based Exergames in GAME2AWE for Elderly Fall Prevention |
| Go, Yunmin |
SW1 : Wireless Networking.1 |
183 |
HTTP Adaptive Streaming System Maximizing Overall Video Quality over SDN-enabled Wi-Fi APs |
| Gokcesu, Hakan |
SW6: Artificial Intelligence.3 |
332 |
Deep Learning-Based QoE Prediction for Streaming Services in Mobile Networks |
| Goumopoulos, Christos |
HP3.3 |
100 |
Augmented and Virtual Reality Based Exergames in GAME2AWE for Elderly Fall Prevention |
| Gozalishvili, Tsotne |
Short Papers, Poster & Demos.8 |
483 |
Leveraging on WiFiMon for Efficient Wi-Fi Performance Monitoring (Demo) |
| Grazia, Carlo Augusto |
VN4RRSR'22 - VN.4 |
178 |
On-the-Road Comparison of LTE-V2X Cooperative Awareness Message Distribution between Regular and Vulnerable Road Users |
| Guo, Yuhang |
SIoA'22 - SI.2 |
442 |
Smart Edge-based Fake News Detection using Pre-trained BERT Model |
| H A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Hämäläinen, Jyri |
STWiMob'22 - ST2.3 |
75 |
Optimal Aggregation of RF and VLC Bands for Beyond 5G Mobile Services |
| Hammar, Jonas |
SW8: 5G.1 |
411 |
Evaluating and Modeling 5G MPTCP Performance |
| Hao, Jialin |
SW6: Artificial Intelligence.1 |
319 |
Drone-Assisted Lane Change Maneuver using Reinforcement Learning with Dynamic Reward Function |
| Hayouni, Mohamed |
SW4 : Antennas and micro wave devices.2 |
279 |
Ultra-Wideband Steerable Antenna Array Based on EBG Structure for Millimeter Wave 5G Applications |
| Hegde, Anupama |
STWiMob'22 - ST3.2 |
118 |
Cellular-V2X for Vulnerable Road User Protection in Cooperative ITS |
| Heiskala, Juha |
SW8: 5G.3 |
424 |
System Level Analysis of VoLTE Capacity with Enhanced Machine Type Communication |
| Hellwagner, Hermann |
STWiMob'22 - ST4.1 |
344 |
Segment Prefetching at the Edge for Adaptive Video Streaming |
| Hicheri, Rym |
STWiMob'22 - ST4.4 |
362 |
Micro-Doppler Characteristics of mmWave Indoor Backscattering Channels for RF Sensing |
| Hilton, Geoffrey |
VN4RRSR'22 - VN.2 |
166 |
Characterisation of Horizontally Induced Vibrations on Antenna's Channel Response at Millimetre-Wave |
| Hita, Pamela |
Short Papers, Poster & Demos.8 |
483 |
Leveraging on WiFiMon for Efficient Wi-Fi Performance Monitoring (Demo) |
| Hoßfeld, Tobias |
SW5: LoRa.1 |
295 |
Generic Model to Quantify Energy Consumption for Different LoRaWAN Channel Access Methods |
| Huang, Gan |
SW6: Artificial Intelligence.3 |
332 |
Deep Learning-Based QoE Prediction for Streaming Services in Mobile Networks |
| Hurtig, Per |
SW8: 5G.1 |
411 |
Evaluating and Modeling 5G MPTCP Performance |
| Hytönen, Vesa |
SW8: 5G.3 |
424 |
System Level Analysis of VoLTE Capacity with Enhanced Machine Type Communication |
| I A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Idrees, Abdul Rahman |
HP3.1 |
88 |
Backend Concept of the eSano eHealth Platform for Internet- and Mobile-based Interventions |
| J A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Jebabli, Emna |
SW4 : Antennas and micro wave devices.2 |
279 |
Ultra-Wideband Steerable Antenna Array Based on EBG Structure for Millimeter Wave 5G Applications |
| Jin, Qingzhe |
CWN'22 - CN.1 |
392 |
Decentralized P2P Federated Learning on Ad-hoc Like Networks with Non-IID Dataset |
| K A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Kaipainen, Yrjö |
SW8: 5G.3 |
424 |
System Level Analysis of VoLTE Capacity with Enhanced Machine Type Communication |
| Kala, Srikant |
SW7: Applications & Energy.4 |
386 |
Semantic Communication for Capacity-aware Remote Collaboration |
| Kalem, Gokhan |
SW6: Artificial Intelligence.3 |
332 |
Deep Learning-Based QoE Prediction for Streaming Services in Mobile Networks |
| Kandoi, Ayushi |
STWiMob'22 - ST2.4 |
81 |
Assessment of 5G RAN Features for Integrated Services Provisioning in Smart Cities |
| Karacic, Jasna |
HP2.1 |
47 |
Europe, we have a problem! Challenges to health data-sharing in the EU |
| Karagiannidis, George |
STWiMob'22 - ST2.3 |
75 |
Optimal Aggregation of RF and VLC Bands for Beyond 5G Mobile Services |
| SW1 : Wireless Networking.4 |
203 |
Hierarchical Federated Learning for the Next Generation IoT |
| SW2 : Signal processing and AI.3 |
228 |
Over-the-Air Computing under Adaptive Channel State Estimation |
| Karamolegkos, Nikolaos |
Short Papers, Poster & Demos.8 |
487 |
A flexible Monitoring-as-a-Service platform for IoT networks (Demo) |
| Karuzaki, Effie |
Short Papers, Poster & Demos.8 |
487 |
A flexible Monitoring-as-a-Service platform for IoT networks (Demo) |
| Karyotis, Vasileios |
SW7: Applications & Energy.3 |
380 |
On the Fair Energy Sharing in Networks with Wireless Charging-capable Devices |
| Kassab, Mohamed |
SW5: LoRa.3 |
307 |
LoRaWAN optimization using optimized Auto-Regressive algorithm, Support Vector Machine and Temporal Fusion Transformer for QoS ensuring |
| Kharbech, Sofiane |
STWiMob'22 - ST1.1 |
25 |
Deep Learning-based receiver for Uplink in LoRa Networks with Sigfox Interference |
| SW2 : Signal processing and AI.2 |
222 |
Smart Full-Exploitation of Beamforming Fusion assisted Spectrum Sensing for Cognitive Radio |
| Khoukhi, Lyes |
STWiMob'22 - ST3.3 |
124 |
Data leakage prevention model for vehicular networks |
| Klapez, Martin |
VN4RRSR'22 - VN.4 |
178 |
On-the-Road Comparison of LTE-V2X Cooperative Awareness Message Distribution between Regular and Vulnerable Road Users |
| Korycinski, Mateusz |
HP1.1 |
1 |
Neural fiber prediction with deep learning |
| Kostikis, Nicholas |
HP4.2 |
142 |
Evaluating Parameters of the TUG Test Based on Data from IMU and UWB Sensors |
| Kostopoulos, Nikos |
Short Papers, Poster & Demos.8 |
483 |
Leveraging on WiFiMon for Efficient Wi-Fi Performance Monitoring (Demo) |
| Koteich, Jana |
STWiMob'22 - ST4.2 |
350 |
Spatio-Temporal Data Reduction Technique in WVSN for Smart Agriculture |
| Koulouris, Dionysios |
HP4.3 |
148 |
Integrating AR and IoT Services into mHealth Applications for Promoting Wellbeing |
| Kraft, Robin |
HP3.1 |
88 |
Backend Concept of the eSano eHealth Platform for Internet- and Mobile-based Interventions |
| Krissel, Simon |
HP1.1 |
6 |
Recognition Models for Distribution and Out-of-Distribution of Human Activities |
| Kuhn, Marc |
SW2 : Signal processing and AI.1 |
216 |
Multi-Carrier (OFDM) Cooperative Transmission in MANETs with Multiple Carrier Frequency Offsets |
| Kuhn, Michael |
SW2 : Signal processing and AI.1 |
216 |
Multi-Carrier (OFDM) Cooperative Transmission in MANETs with Multiple Carrier Frequency Offsets |
| L A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| La Rosa, Davide |
SW4 : Antennas and micro wave devices.4 |
289 |
Evaluation of Angle of Arrival in Indoor Environments with Bluetooth 5.1 Direction Finding |
| Labidi, Mondher |
SW4 : Antennas and micro wave devices.3 |
283 |
Enhanced Meander antenna for in-body telemetry applications |
| Lamaazi, Hanane |
SIoA'22 - SI.2 |
442 |
Smart Edge-based Fake News Detection using Pre-trained BERT Model |
| Le Sommer, Nicolas |
SW5: LoRa.4 |
313 |
LoRaOpp: A Protocol for Opportunistic Networking and Computing in LoRa Networks |
| Leconte, Galaad |
STWiMob'22 - ST3.4 |
130 |
AI-based prediction for Ultra Reliable Low Latency service performance in industrial environments |
| Lemercier, Marc |
STWiMob'22 - ST3.3 |
124 |
Data leakage prevention model for vehicular networks |
| Li, Tianliang |
HP4.1 |
136 |
Plastic Optical Fiber Sensor-based Smart Mattress For Sleeping Posture Remote Monitoring |
| Litjens, Remco |
STWiMob'22 - ST2.4 |
81 |
Assessment of 5G RAN Features for Integrated Services Provisioning in Smart Cities |
| Loh, Frank |
SW5: LoRa.1 |
295 |
Generic Model to Quantify Energy Consumption for Different LoRaWAN Channel Access Methods |
| Loh, Tian Hong |
VN4RRSR'22 - VN.2 |
166 |
Characterisation of Horizontally Induced Vibrations on Antenna's Channel Response at Millimetre-Wave |
| Lohan, Elena Simona |
HP2.1 |
51 |
Towards the Advanced Data Processing for Medical Applications Using Task Offloading Strategy |
| Lopes, Sergio |
HP3.4 |
106 |
A Cost-effective Infrared Thermographic System for Diabetic Foot Screening |
| Loscrí, Valeria |
SW3 : Security.5 |
267 |
AODV-Miner: Consensus-Based Routing Using Node Reputation |
| Luderschmid, Johannes |
HP1.1 |
6 |
Recognition Models for Distribution and Out-of-Distribution of Human Activities |
| M A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Ma, Zhenchao |
SW6: Artificial Intelligence.2 |
326 |
Real-Time Deep Learning based Road Deterioration Detection for Smart Cities |
| Maglogiannis, Ilias |
HP4.3 |
148 |
Integrating AR and IoT Services into mHealth Applications for Promoting Wellbeing |
| Magno, Michele |
HP3.2 |
94 |
VitalPod: A Low Power In-Ear Vital Parameter Monitoring System |
| HP4.4 |
154 |
Cardiac monitoring novel low-power sensor measuring upper thoracic electrostatic charge variation |
| CWN'22 - CN.2 |
399 |
WideVision: A Low-Power, Multi-Protocol Wireless Vision Platform for Distributed Surveillance |
| Maia, David |
Short Papers, Poster & Demos.6 |
475 |
Obstacle-aware On-demand 5G Network using a Mobile Robotic Platform |
| Majamaa, Mikko |
SW8: 5G.2 |
417 |
Multi-Connectivity for User Throughput Enhancement in 5G Non-Terrestrial Networks |
| Martí, Ramon |
SW1 : Wireless Networking.3 |
195 |
Paving the way towards delivering messages based on user interests in OppNets |
| Martikainen, Henrik |
SW8: 5G.2 |
417 |
Multi-Connectivity for User Throughput Enhancement in 5G Non-Terrestrial Networks |
| Martin, Ludger |
HP1.1 |
6 |
Recognition Models for Distribution and Out-of-Distribution of Human Activities |
| Martinie, Célia |
HP2.1 |
57 |
A task-model based approach for detecting ADL-related anomalies |
| Mavilia, Fabio |
SW4 : Antennas and micro wave devices.4 |
289 |
Evaluation of Angle of Arrival in Indoor Environments with Bluetooth 5.1 Direction Finding |
| Mcgillion, Brian |
STWiMob'22 - ST3.1 |
112 |
A Surrogate-Based Technique for Android Malware Detectors' Explainability |
| Mehajabin, Nusrat |
SW6: Artificial Intelligence.2 |
326 |
Real-Time Deep Learning based Road Deterioration Detection for Smart Cities |
| Mendiboure, Leo |
SW3 : Security.1 |
240 |
Fuzzy approach for load balancing in Blockchain-based Software Defined Vehicular Networks |
| Short Papers, Poster & Demos.7 |
479 |
Emu5GNet: an Open-Source Emulator for 5G Software-Defined Networks |
| Menychtas, Andreas |
HP4.3 |
148 |
Integrating AR and IoT Services into mHealth Applications for Promoting Wellbeing |
| Mhedhbi, Meriem |
STWiMob'22 - ST3.4 |
130 |
AI-based prediction for Ultra Reliable Low Latency service performance in industrial environments |
| Miliou, Amalia |
STWiMob'22 - ST4.3 |
356 |
Optimizing the Array Factor of a Phased Array Antenna (PAA) using a genetic algorithm |
| Milosevic, Hranislav |
CWN'22 - CN.3 |
405 |
On the Second Order Statistics of Cooperative UAV Communications underlying Interference Limited
Composite Fading Conditions |
| Mitton, Nathalie |
SW3 : Security.5 |
267 |
AODV-Miner: Consensus-Based Routing Using Node Reputation |
| STWiMob'22 - ST4.2 |
350 |
Spatio-Temporal Data Reduction Technique in WVSN for Smart Agriculture |
| Mizouni, Rabeb |
SIoA'22 - SI.2 |
442 |
Smart Edge-based Fake News Detection using Pre-trained BERT Model |
| Mizumoto, Teruhiro |
SW7: Applications & Energy.4 |
386 |
Semantic Communication for Capacity-aware Remote Collaboration |
| Montavont, Julien |
SW1 : Wireless Networking.5 |
209 |
Towards a Fully Programmable Internet of Things |
| Montavont, Nicolas |
SW1 : Wireless Networking.5 |
209 |
Towards a Fully Programmable Internet of Things |
| Morcos, Martina |
STWiMob'22 - ST3.1 |
112 |
A Surrogate-Based Technique for Android Malware Detectors' Explainability |
| N A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Mundt, Thomas |
Short Papers, Poster & Demos.8 |
491 |
Physical Layer Intrusion Detection for Fieldbuses (Demo) |
| Nair, Manish |
VN4RRSR'22 - VN.2 |
166 |
Characterisation of Horizontally Induced Vibrations on Antenna's Channel Response at Millimetre-Wave |
| Naja, Rola |
SW6: Artificial Intelligence.1 |
319 |
Drone-Assisted Lane Change Maneuver using Reinforcement Learning with Dynamic Reward Function |
| Najafi, Maryam |
STWiMob'22 - ST3.3 |
124 |
Data leakage prevention model for vehicular networks |
| Nandyala, Sivaprasad |
STWiMob'22 - ST3.1 |
112 |
A Surrogate-Based Technique for Android Malware Detectors' Explainability |
| Nasiopoulos, Panos |
STWiMob'22 - ST1.4 |
42 |
A Security-Centric Deep Learning Enabled Camera Solution for Real-Time Human Fall Detection |
| SW6: Artificial Intelligence.2 |
326 |
Real-Time Deep Learning based Road Deterioration Detection for Smart Cities |
| Negrete Ramirez, Jose Manuel |
HP2.1 |
57 |
A task-model based approach for detecting ADL-related anomalies |
| Nguyen, Tran |
HP3.1 |
88 |
Backend Concept of the eSano eHealth Platform for Internet- and Mobile-based Interventions |
| Niebisch, Michael |
Short Papers, Poster & Demos.4 |
466 |
CoDiPy: Performance Evaluation of Vehicular Cooperative Downloading in Python |
| Niewiadomska-Szynkiewicz, Ewa |
HP1.1 |
1 |
Neural fiber prediction with deep learning |
| Nihtilä, Timo |
STWiMob'22 - ST2.2 |
69 |
Energy Saving Router Rotation Protocol for DECT-2020 NR |
| Noel, Thomas |
SW1 : Wireless Networking.5 |
209 |
Towards a Fully Programmable Internet of Things |
| Noh, Hyunmin |
SW1 : Wireless Networking.1 |
183 |
HTTP Adaptive Streaming System Maximizing Overall Video Quality over SDN-enabled Wi-Fi APs |
| Ntanis, Adamantios |
HP4.2 |
142 |
Evaluating Parameters of the TUG Test Based on Data from IMU and UWB Sensors |
| Ntoa, Stavroula |
Short Papers, Poster & Demos.8 |
487 |
A flexible Monitoring-as-a-Service platform for IoT networks (Demo) |
| O A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Ochiai, Hideya |
CWN'22 - CN.1 |
392 |
Decentralized P2P Federated Learning on Ad-hoc Like Networks with Non-IID Dataset |
| Ohukainen, Niko |
SW8: 5G.3 |
424 |
System Level Analysis of VoLTE Capacity with Enhanced Machine Type Communication |
| Okochi, Yuma |
SW7: Applications & Energy.2 |
374 |
Object Recognition from 3D Point Cloud on Resource-Constrained Edge Device |
| Ometov, Aleksandr |
HP2.1 |
51 |
Towards the Advanced Data Processing for Medical Applications Using Task Offloading Strategy |
| P A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Palanque, Philippe |
HP2.1 |
57 |
A task-model based approach for detecting ADL-related anomalies |
| Panić, Stefan |
CWN'22 - CN.3 |
405 |
On the Second Order Statistics of Cooperative UAV Communications underlying Interference Limited
Composite Fading Conditions |
| Pandya, Darshit |
Short Papers, Poster & Demos.8 |
491 |
Physical Layer Intrusion Detection for Fieldbuses (Demo) |
| Papadopoulos, Georgios |
SW1 : Wireless Networking.5 |
209 |
Towards a Fully Programmable Internet of Things |
| Papanikolaou, Vasilis |
STWiMob'22 - ST2.3 |
75 |
Optimal Aggregation of RF and VLC Bands for Beyond 5G Mobile Services |
| SW2 : Signal processing and AI.3 |
228 |
Over-the-Air Computing under Adaptive Channel State Estimation |
| Papavassiliou, Symeon |
SW7: Applications & Energy.3 |
380 |
On the Fair Energy Sharing in Networks with Wireless Charging-capable Devices |
| Pardos, Antonis |
HP4.3 |
148 |
Integrating AR and IoT Services into mHealth Applications for Promoting Wellbeing |
| Park, Gi Seok |
SW1 : Wireless Networking.1 |
183 |
HTTP Adaptive Streaming System Maximizing Overall Video Quality over SDN-enabled Wi-Fi APs |
| Partarakis, Nikolaos |
Short Papers, Poster & Demos.8 |
487 |
A flexible Monitoring-as-a-Service platform for IoT networks (Demo) |
| Pätzold, Matthias |
STWiMob'22 - ST4.4 |
362 |
Micro-Doppler Characteristics of mmWave Indoor Backscattering Channels for RF Sensing |
| Peppas, Ioannis |
SW4 : Antennas and micro wave devices.1 |
273 |
A Symmetric Wideband Doherty Power Amplifier for the n78 - 5G NR Frequency Band |
| Pérez Roca, Luis |
Short Papers, Poster & Demos.2 |
458 |
Air-to-Ground Channel Characterization for Unmanned Aerial Vehicles Based on Field Measurements |
| Pfaller, Daniel |
Short Papers, Poster & Demos.4 |
466 |
CoDiPy: Performance Evaluation of Vehicular Cooperative Downloading in Python |
| Plevridi, Eleftheria |
Short Papers, Poster & Demos.8 |
487 |
A flexible Monitoring-as-a-Service platform for IoT networks (Demo) |
| Piat, Guilhem |
HP1.1 |
19 |
Adapting without forgetting: KnowBert-UMLS |
| Pierre, Samuel |
SIoA'22 - SI.1 |
436 |
A Comparative Study of Artificial Intelligence Algorithms for Network Traffic Prediction in VANET |
| Pourazad, Mahsa |
STWiMob'22 - ST1.4 |
42 |
A Security-Centric Deep Learning Enabled Camera Solution for Real-Time Human Fall Detection |
| Preneel, Bart |
VN4RRSR'22 - VN.1 |
160 |
On Handling of Certificate Digest in V2X Communication |
| Pryss, Rüdiger |
HP3.1 |
88 |
Backend Concept of the eSano eHealth Platform for Internet- and Mobile-based Interventions |
| Puttonen, Jani |
SW8: 5G.2 |
417 |
Multi-Connectivity for User Throughput Enhancement in 5G Non-Terrestrial Networks |
| Q A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Qureshi, Hassaan Khaliq |
SW3 : Security.2 |
248 |
Holo-Block Chain: A Hybrid Approach for Secured IoT Healthcare Ecosystem |
| R A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Raffeck, Simon |
SW5: LoRa.1 |
295 |
Generic Model to Quantify Energy Consumption for Different LoRaWAN Channel Access Methods |
| Raftopoulou, Maria |
STWiMob'22 - ST2.4 |
81 |
Assessment of 5G RAN Features for Integrated Services Provisioning in Smart Cities |
| Rallis, Konstantinos |
STWiMob'22 - ST2.3 |
75 |
Optimal Aggregation of RF and VLC Bands for Beyond 5G Mobile Services |
| Rasti, Mehdi |
SW5: LoRa.2 |
301 |
ADR-Lite: A Low-Complexity Adaptive Data Rate Scheme for LoRa Network |
| Rehman, Semeen |
SW3 : Security.2 |
248 |
Holo-Block Chain: A Hybrid Approach for Secured IoT Healthcare Ecosystem |
| Reichert, Manfred |
HP3.1 |
88 |
Backend Concept of the eSano eHealth Platform for Internet- and Mobile-based Interventions |
| Reis, Renata |
STWiMob'22 - ST2.1 |
63 |
Real time testbeds for 5G NSA and SA mobile architectures to provide VoLTE and VoNR services over IP Multimedia Core Network Subsystem |
| Ricardo, Manuel |
Short Papers, Poster & Demos.6 |
475 |
Obstacle-aware On-demand 5G Network using a Mobile Robotic Platform |
| Rigas, George |
HP4.2 |
142 |
Evaluating Parameters of the TUG Test Based on Data from IMU and UWB Sensors |
| Rizk, Hamada |
SW7: Applications & Energy.2 |
374 |
Object Recognition from 3D Point Cloud on Resource-Constrained Edge Device |
| Rocha, André |
HP3.4 |
106 |
A Cost-effective Infrared Thermographic System for Diabetic Foot Screening |
| Rogenmoser, Michael |
CWN'22 - CN.2 |
399 |
WideVision: A Low-Power, Multi-Protocol Wireless Vision Platform for Distributed Surveillance |
| Rolny, Raphael |
SW2 : Signal processing and AI.1 |
216 |
Multi-Carrier (OFDM) Cooperative Transmission in MANETs with Multiple Carrier Frequency Offsets |
| Ruggeri, Eugenio |
STWiMob'22 - ST4.3 |
356 |
Optimizing the Array Factor of a Phased Array Antenna (PAA) using a genetic algorithm |
| Rupp, Markus |
SW2 : Signal processing and AI.4 |
234 |
Unveiling Cellular Antenna Orientations from Large Crowdsourced Datasets: A Deep Learning Approach |
| SW8: 5G.4 |
430 |
Validation of NOMA System-Level Abstraction |
| Rupp, Matthias |
VN4RRSR'22 - VN.3 |
172 |
Prioritization for Latency Reduction in 5G MEC-Based VRU Protection Systems |
| S A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Salim, Christian |
STWiMob'22 - ST4.2 |
350 |
Spatio-Temporal Data Reduction Technique in WVSN for Smart Agriculture |
| Sánchez-Carmona, Adrián |
SW1 : Wireless Networking.3 |
195 |
Paving the way towards delivering messages based on user interests in OppNets |
| Sarigiannidis, Panagiotis |
SW1 : Wireless Networking.4 |
203 |
Hierarchical Federated Learning for the Next Generation IoT |
| Scherer, Moritz |
CWN'22 - CN.2 |
399 |
WideVision: A Low-Power, Multi-Protocol Wireless Vision Platform for Distributed Surveillance |
| Schilk, Philipp |
HP3.2 |
94 |
VitalPod: A Low Power In-Ear Vital Parameter Monitoring System |
| Schwarz, Stefan |
SW8: 5G.4 |
430 |
Validation of NOMA System-Level Abstraction |
| Sellami, Youssef |
SW3 : Security.3 |
256 |
An Efficient Data Integrity Verification Scheme For Distributed Fog Computing Architecture |
| Semmar, Nasredine |
HP1.1 |
19 |
Adapting without forgetting: KnowBert-UMLS |
| Serati, Reza |
SW5: LoRa.2 |
301 |
ADR-Lite: A Low-Complexity Adaptive Data Rate Scheme for LoRa Network |
| Shaker Sepasgozar, Sanaz |
SIoA'22 - SI.1 |
436 |
A Comparative Study of Artificial Intelligence Algorithms for Network Traffic Prediction in VANET |
| Sidler, Fabian |
CWN'22 - CN.2 |
399 |
WideVision: A Low-Power, Multi-Protocol Wireless Vision Platform for Distributed Surveillance |
| Sikianaki, Eirini |
Short Papers, Poster & Demos.8 |
487 |
A flexible Monitoring-as-a-Service platform for IoT networks (Demo) |
| Silva, Larissa |
STWiMob'22 - ST2.1 |
63 |
Real time testbeds for 5G NSA and SA mobile architectures to provide VoLTE and VoNR services over IP Multimedia Core Network Subsystem |
| Simon, Eric |
STWiMob'22 - ST1.1 |
25 |
Deep Learning-based receiver for Uplink in LoRa Networks with Sigfox Interference |
| Simos, Merkourios |
SW1 : Wireless Networking.4 |
203 |
Hierarchical Federated Learning for the Next Generation IoT |
| Singh, Radheshyam |
Short Papers, Poster & Demos.7 |
479 |
Emu5GNet: an Open-Source Emulator for 5G Software-Defined Networks |
| Soler, Jose |
Short Papers, Poster & Demos.7 |
479 |
Emu5GNet: an Open-Source Emulator for 5G Software-Defined Networks |
| Song, Hwangjun |
SW1 : Wireless Networking.1 |
183 |
HTTP Adaptive Streaming System Maximizing Overall Video Quality over SDN-enabled Wi-Fi APs |
| Sormunen, Lauri |
SW8: 5G.2 |
417 |
Multi-Connectivity for User Throughput Enhancement in 5G Non-Terrestrial Networks |
| Staab, Sergio |
HP1.1 |
6 |
Recognition Models for Distribution and Out-of-Distribution of Human Activities |
| Staddon, Edward |
SW3 : Security.5 |
267 |
AODV-Miner: Consensus-Based Routing Using Node Reputation |
| Stamos, Kostas |
Short Papers, Poster & Demos.8 |
483 |
Leveraging on WiFiMon for Efficient Wi-Fi Performance Monitoring (Demo) |
| Stefanovic, Caslav |
CWN'22 - CN.3 |
405 |
On the Second Order Statistics of Cooperative UAV Communications underlying Interference Limited
Composite Fading Conditions |
| Stefanović, Dušan |
CWN'22 - CN.3 |
405 |
On the Second Order Statistics of Cooperative UAV Communications underlying Interference Limited
Composite Fading Conditions |
| Stenzel, Lena |
HP3.1 |
88 |
Backend Concept of the eSano eHealth Platform for Internet- and Mobile-based Interventions |
| Svoboda, Philipp |
SW2 : Signal processing and AI.4 |
234 |
Unveiling Cellular Antenna Orientations from Large Crowdsourced Datasets: A Deep Learning Approach |
| Syed, Mohammad Imran |
SW1 : Wireless Networking.2 |
189 |
RSSI: Lost and Alone, a Case for Redundancy |
| Sylla, Tidiane |
SW3 : Security.1 |
240 |
Fuzzy approach for load balancing in Blockchain-based Software Defined Vehicular Networks |
| Short Papers, Poster & Demos.7 |
479 |
Emu5GNet: an Open-Source Emulator for 5G Software-Defined Networks |
| T A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Tahir, Bashar |
SW8: 5G.4 |
430 |
Validation of NOMA System-Level Abstraction |
| Taipale, Tarmo |
STWiMob'22 - ST2.2 |
69 |
Energy Saving Router Rotation Protocol for DECT-2020 NR |
| Tesfay, Angesom |
STWiMob'22 - ST1.1 |
25 |
Deep Learning-based receiver for Uplink in LoRa Networks with Sigfox Interference |
| Teymuri, Benyamin |
SW5: LoRa.2 |
301 |
ADR-Lite: A Low-Complexity Adaptive Data Rate Scheme for LoRa Network |
| Timmerer, Christian |
STWiMob'22 - ST4.1 |
344 |
Segment Prefetching at the Edge for Adaptive Video Streaming |
| Tinnirello, Ilenia |
Short Papers, Poster & Demos.3 |
462 |
Dynamic Adaptation of LoRaWAN Traffic for Real-time Emergency Operations |
| Tohidypour, Hamid Reza |
STWiMob'22 - ST1.4 |
42 |
A Security-Centric Deep Learning Enabled Camera Solution for Real-Time Human Fall Detection |
| SW6: Artificial Intelligence.2 |
326 |
Real-Time Deep Learning based Road Deterioration Detection for Smart Cities |
| Tourille, Julien |
HP1.1 |
19 |
Adapting without forgetting: KnowBert-UMLS |
| Touseau, Lionel |
SW5: LoRa.4 |
313 |
LoRaOpp: A Protocol for Opportunistic Networking and Computing in LoRa Networks |
| Trofimova, Yelena |
STWiMob'22 - ST1.2 |
30 |
Decentralized Evaluation of Trust in Ad Hoc Networks using Neural Networks |
| Tsimperis, Ilias |
HP4.2 |
142 |
Evaluating Parameters of the TUG Test Based on Data from IMU and UWB Sensors |
| Tsiouris, Kostas |
HP4.2 |
142 |
Evaluating Parameters of the TUG Test Based on Data from IMU and UWB Sensors |
| U A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Urien, Pascal |
Short Papers, Poster & Demos.5 |
471 |
Innovative Secure Element Grids For Internet Of Secure Elements Servers |
| V A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Väisänen, Petri |
SW8: 5G.3 |
424 |
System Level Analysis of VoLTE Capacity with Enhanced Machine Type Communication |
| Val-Terrón, Lucas |
Short Papers, Poster & Demos.2 |
458 |
Air-to-Ground Channel Characterization for Unmanned Aerial Vehicles Based on Field Measurements |
| Vega-Viejo, Ana María |
Short Papers, Poster & Demos.2 |
458 |
Air-to-Ground Channel Characterization for Unmanned Aerial Vehicles Based on Field Measurements |
| Vitoropoulou, Margarita |
SW7: Applications & Energy.3 |
380 |
On the Fair Energy Sharing in Networks with Wireless Charging-capable Devices |
| W A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Vuletic, Pavle V. |
Short Papers, Poster & Demos.8 |
483 |
Leveraging on WiFiMon for Efficient Wi-Fi Performance Monitoring (Demo) |
| Wang, Yixiao |
SW6: Artificial Intelligence.2 |
326 |
Real-Time Deep Learning based Road Deterioration Detection for Smart Cities |
| Werder, David |
HP4.4 |
154 |
Cardiac monitoring novel low-power sensor measuring upper thoracic electrostatic charge variation |
| Wischhof, Lars |
VN4RRSR'22 - VN.3 |
172 |
Prioritization for Latency Reduction in 5G MEC-Based VRU Protection Systems |
| X A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Xiao, Pei |
SW3 : Security.4 |
262 |
Secrecy Performance of Small-Cell Networks over Nakagami-m Fading in the Presence of Unreliable Backhaul and Imperfect CSI |
| Y A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Yamaguchi, Hirozumi |
SW7: Applications & Energy.2 |
374 |
Object Recognition from 3D Point Cloud on Resource-Constrained Edge Device |
| SW7: Applications & Energy.4 |
386 |
Semantic Communication for Capacity-aware Remote Collaboration |
| Yin, Cheng |
SW3 : Security.4 |
262 |
Secrecy Performance of Small-Cell Networks over Nakagami-m Fading in the Presence of Unreliable Backhaul and Imperfect CSI |
| Yoshizawa, Takahito |
VN4RRSR'22 - VN.1 |
160 |
On Handling of Certificate Digest in V2X Communication |
| Youcef, Imine |
SW3 : Security.3 |
256 |
An Efficient Data Integrity Verification Scheme For Distributed Fog Computing Architecture |
| Yueksel, Mus'ab |
SW2 : Signal processing and AI.1 |
216 |
Multi-Carrier (OFDM) Cooperative Transmission in MANETs with Multiple Carrier Frequency Offsets |
| Z A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Zdziarstek, Andreas |
Short Papers, Poster & Demos.8 |
491 |
Physical Layer Intrusion Detection for Fieldbuses (Demo) |
| Zeghlache, Djamal |
SW6: Artificial Intelligence.1 |
319 |
Drone-Assisted Lane Change Maneuver using Reinforcement Learning with Dynamic Reward Function |
| Zervoudakis, Petros |
Short Papers, Poster & Demos.8 |
487 |
A flexible Monitoring-as-a-Service platform for IoT networks (Demo) |
| Zhao, Chen |
HP4.1 |
136 |
Plastic Optical Fiber Sensor-based Smart Mattress For Sleeping Posture Remote Monitoring |
