| Author |
Session |
Start page |
Title |
| A A B C D E F G H J K L M N P R S T U V W X Y Z |
| Ahmad, Abeer |
W_C_1.3 |
123 |
Tag-to-Tag Range Estimation for Passive Backscattering Tags |
| Ajit, Pratheik |
Workshops 1.2 |
|
RFID Reader Design: A Deep Dive into Echo Cancellation in the GS1 Gen2 Protocol |
| Akinsiku, Mojisola Rachael |
T_A_3.5 |
319 |
Additively Manufactured Chipless RFID-Based Resonator for Non-Contact Plant VOC Sensing Using MXene |
| Alfayoumi, Sobhi |
T_B_3.4 |
274 |
Collision-Resilient RFID Tag Counting under Protocol Constraints Using Lightweight Machine Learning |
| Amoah, Bernard |
W_C_1.1 |
111 |
QLSTM: A Quantum LSTM for Real-Time Mobile RFID Tag Tracking with Velocity Estimation |
| T_A_1.1 |
160 |
Zero-Shot Quantum Localization: Transferring Knowledge from RFID to WiFi/BLE/UWB Systems |
| Anghel, Marian |
W_A_2.3 |
153 |
RFID Antenna Modeling and Validation in Complex Glovebox Environments for Nuclear Production Applications |
| B A B C D E F G H J K L M N P R S T U V W X Y Z |
| Barbot, Nicolas |
W_A_1.3 |
90 |
Remote Antenna Impedance Estimation Using a UHF RFID Chip |
| Beichler, Richard |
Posters.6 |
78 |
RFID 'DataBridge' Interface |
| Posters.6 |
78 |
RFID 'DataBridge' Interface |
| Posters.2 |
78 |
RFID 'DataBridge' Interface |
| Bejder, Frida |
T_C_3.4 |
333 |
Wireless and on-demand drug delivery with ultrasound-responsive sustainable piezoelectric chitosan film |
| Berenguer, Roc |
T_A_3.2 |
292 |
A Passive UHF RFID Voltage Sensor Tag for Wireless Battery Monitoring Systems |
| Beriain, Andoni |
T_A_3.2 |
292 |
A Passive UHF RFID Voltage Sensor Tag for Wireless Battery Monitoring Systems |
| Berisso, Kevin |
Tu4.1 |
|
Applied RFID: Tires & PLCs |
| Bhattacharyya, Rahul |
T_A_1.5 |
185 |
ID Beyond the IC: Hybrid Chip-Chipless UHF RFID Tags Employing Wideband Backscatter Fingerprints |
| T_B_3.4 |
274 |
Collision-Resilient RFID Tag Counting under Protocol Constraints Using Lightweight Machine Learning |
| T_B_3.5 |
280 |
A Cyber-Physical Security Framework and Validated Solution for RFID Item-Tag Integrity |
| T_A_3.4 |
304 |
Material sensing using arrays of open dipole RAIN RFID tags |
| Bhuiyan, Mahmudul |
Workshops 1.2 |
|
RFID Reader Design: A Deep Dive into Echo Cancellation in the GS1 Gen2 Protocol |
| Bihar, Eloise |
T_C_3.5 |
337 |
Biodegradable PEDOT: PSS-Wax Electronics for Electrical Sensing of Soil Microbial Activity |
| Bower, Patricia |
Workshops 1.1 |
|
Toward Scalable and Energy-Efficient Connectivity for 3GPP Ambient IoT via Bistatic RFID |
| Brigante, Biagio |
T_C_3.2 |
328 |
A fully polymer-based shift register for sustainable RFID applications |
| C A B C D E F G H J K L M N P R S T U V W X Y Z |
| Cantalice, Rafael |
T_B_3.1 |
257 |
A Neuromorphic RF Power Sensor for Inductive Coupling IoT Systems |
| Catarinucci, Luca |
Conference Opening.1 |
|
Message from the CRFID President |
| Cattaneo, Alessandro |
Plenary Patron Talks.2 |
|
Los Alamos National Laboratory |
| Posters.4 |
76 |
Neutron Domino Integration with Arduino and RFID |
| Posters.4 |
76 |
Neutron Domino Integration with Arduino and RFID |
| Posters.4 |
76 |
Neutron Domino Integration with Arduino and RFID |
| Posters.6 |
78 |
RFID 'DataBridge' Interface |
| Posters.6 |
78 |
RFID 'DataBridge' Interface |
| Posters.2 |
78 |
RFID 'DataBridge' Interface |
| Posters.7 |
79 |
A Survey of Gamma Irradiation Effects on UHF RFID Tags |
| Posters.7 |
79 |
A Survey of Gamma Irradiation Effects on UHF RFID Tags |
| Posters.1 |
79 |
A Survey of Gamma Irradiation Effects on UHF RFID Tags |
| W_A_2.1 |
141 |
Fast Uncertainty-Aware Localization of Passive RFID Tags |
| W_A_2.2 |
148 |
Improved Efficiency of Nuclear Material Item Inventories when using RFID |
| W_A_2.3 |
153 |
RFID Antenna Modeling and Validation in Complex Glovebox Environments for Nuclear Production Applications |
| T_C_1.1 |
191 |
Early experiments to evaluate radio tomographic imaging capabilities of an UWB system in high-consequence environments |
| T_C_1.2 |
197 |
Performance characterization of commercial on-metal UHF RFID Labels on Curved Metal Surfaces |
| T_C_1.3 |
203 |
Statistical Performance Modeling of RFID Inventory Processes |
| T_C_1.4 |
220 |
An RFID-enabled tamper-indicating device to maintain continuity of knowledge on nuclear material |
| T_C_1.5 |
226 |
Characterization of UHF RFID Tag Performance for SAVY-4000 Nuclear Material Storage Containers |
| Cecchi, Glauco |
W_C_1.2 |
117 |
Multitarget UHF-RFID and LiDAR Sensor Fusion Safety System for Collision Avoidance |
| Chaffai, Karim Marouan |
T_A_3.2 |
292 |
A Passive UHF RFID Voltage Sensor Tag for Wireless Battery Monitoring Systems |
| Chen, Jimmy Ching-Ming |
T_B_3.2 |
263 |
PT-Enabled Wireless PUF Tags with Contrastive 1D-CNN Embeddings for Robust Identifications |
| Chen, Pai-Yen |
T_B_3.2 |
263 |
PT-Enabled Wireless PUF Tags with Contrastive 1D-CNN Embeddings for Robust Identifications |
| Chen, Yinan |
W_A_1.4 |
100 |
Fully Integrated Backside-Illuminated Photosensitive RFID Tag for Optical Threshold Detection |
| Chinthalapani, Rajashekar Reddy |
T_A_2.1 |
232 |
HILO: Enabling Low-power, Dual-Band Communication using Tunnel Diode Oscillators |
| Chrysler, Andrew |
W_A_2.3 |
153 |
RFID Antenna Modeling and Validation in Complex Glovebox Environments for Nuclear Production Applications |
| Colpani, Paolo |
T_C_3.2 |
328 |
A fully polymer-based shift register for sustainable RFID applications |
| Cooper, Andrew |
W_A_2.1 |
141 |
Fast Uncertainty-Aware Localization of Passive RFID Tags |
| Costa, Filippo |
T_B_3.3 |
268 |
Motion Modulation for AI-aided Simultaneous Identification of Multiple Chipless RFID tags |
| Crisp, Michael |
T_A_3.3 |
298 |
Split-Ring Resonator Enhanced Detection of Liquids Using Backscatter Tags |
| D A B C D E F G H J K L M N P R S T U V W X Y Z |
| Das, Samir |
W_C_1.3 |
123 |
Tag-to-Tag Range Estimation for Passive Backscattering Tags |
| Davis, Allison |
W_A_2.3 |
153 |
RFID Antenna Modeling and Validation in Complex Glovebox Environments for Nuclear Production Applications |
| T_C_1.1 |
191 |
Early experiments to evaluate radio tomographic imaging capabilities of an UWB system in high-consequence environments |
| De Vincenzi, Marco |
T_B_3.5 |
280 |
A Cyber-Physical Security Framework and Validated Solution for RFID Item-Tag Integrity |
| De Vittorio, Massimo |
T_C_3.4 |
333 |
Wireless and on-demand drug delivery with ultrasound-responsive sustainable piezoelectric chitosan film |
| Degnan, Brian |
Tu2.2 |
|
Tag IC Circuits and Protocols |
| Tu3.1 |
|
Circuits and Cryptography |
| Dell'Erba, Giorgio |
T_C_3.2 |
328 |
A fully polymer-based shift register for sustainable RFID applications |
| Demir, Alpaslan |
Workshops 1.2 |
|
RFID Reader Design: A Deep Dive into Echo Cancellation in the GS1 Gen2 Protocol |
| Dey, Shuvashis |
T_A_3.5 |
319 |
Additively Manufactured Chipless RFID-Based Resonator for Non-Contact Plant VOC Sensing Using MXene |
| Djurić, Petar |
W_C_1.3 |
123 |
Tag-to-Tag Range Estimation for Passive Backscattering Tags |
| Dobkin, Daniel |
Tu1.1 |
|
The RF in RFID |
| Tu4.2 |
|
Time permitting, a brief discussion of neuromorphic RFID will also be included in the tutorial session. |
| Dorn, Mary Frances |
W_A_2.1 |
141 |
Fast Uncertainty-Aware Localization of Passive RFID Tags |
| T_C_1.3 |
203 |
Statistical Performance Modeling of RFID Inventory Processes |
| Dungen, Jeffrey |
Tu3.2 |
|
Middleware / Applications |
| Durgin, Gregory |
Tu2.1 |
|
Energy Havesting |
| T_A_2.4 |
250 |
Pilot-Assist Backscatter Communications with a Tunnel Diode Backscatter Modulator |
| E A B C D E F G H J K L M N P R S T U V W X Y Z |
| Eid, Aline |
T_A_2.3 |
244 |
Low Cost Regenerative Amplifiers for Long Range UHF RFIDs |
| F A B C D E F G H J K L M N P R S T U V W X Y Z |
| Fletcher, Richard |
T_P_1.5 |
|
The Evolution of Chipless RFID |
| T_A_1.5 |
185 |
ID Beyond the IC: Hybrid Chip-Chipless UHF RFID Tags Employing Wideband Backscatter Fingerprints |
| Flynn, Kilkee |
Posters.4 |
76 |
Neutron Domino Integration with Arduino and RFID |
| Posters.4 |
76 |
Neutron Domino Integration with Arduino and RFID |
| Posters.4 |
76 |
Neutron Domino Integration with Arduino and RFID |
| Posters.6 |
78 |
RFID 'DataBridge' Interface |
| Posters.6 |
78 |
RFID 'DataBridge' Interface |
| Posters.2 |
78 |
RFID 'DataBridge' Interface |
| Posters.7 |
79 |
A Survey of Gamma Irradiation Effects on UHF RFID Tags |
| Posters.7 |
79 |
A Survey of Gamma Irradiation Effects on UHF RFID Tags |
| Posters.1 |
79 |
A Survey of Gamma Irradiation Effects on UHF RFID Tags |
| W_A_2.2 |
148 |
Improved Efficiency of Nuclear Material Item Inventories when using RFID |
| T_C_1.3 |
203 |
Statistical Performance Modeling of RFID Inventory Processes |
| T_C_1.4 |
220 |
An RFID-enabled tamper-indicating device to maintain continuity of knowledge on nuclear material |
| G A B C D E F G H J K L M N P R S T U V W X Y Z |
| Gajbhiye, Angela |
T_A_3.1 |
286 |
A 75 kHz Inductive Power and BPSK Backscatter Communication Link for a Battery-Free Sub-Soil Sensor |
| Gatesman, John Koltes |
Posters.4 |
76 |
Neutron Domino Integration with Arduino and RFID |
| Posters.4 |
76 |
Neutron Domino Integration with Arduino and RFID |
| Posters.4 |
76 |
Neutron Domino Integration with Arduino and RFID |
| Posters.6 |
78 |
RFID 'DataBridge' Interface |
| Posters.6 |
78 |
RFID 'DataBridge' Interface |
| Posters.2 |
78 |
RFID 'DataBridge' Interface |
| T_C_1.4 |
220 |
An RFID-enabled tamper-indicating device to maintain continuity of knowledge on nuclear material |
| Gatnau Sarret, Marta |
T_B_3.4 |
274 |
Collision-Resilient RFID Tag Counting under Protocol Constraints Using Lightweight Machine Learning |
| Gattamelata, Davide |
W_C_1.2 |
117 |
Multitarget UHF-RFID and LiDAR Sensor Fusion Safety System for Collision Avoidance |
| Grosinger, Jasmin |
W_A_1.3 |
90 |
Remote Antenna Impedance Estimation Using a UHF RFID Chip |
| H A B C D E F G H J K L M N P R S T U V W X Y Z |
| Hapuarachchi, Ravisha |
W_C_1.4 |
129 |
AI-Native Detection and Localization of UAS via Multi-Antenna ELF Passive Sensing |
| Harisha, Skanda |
T_A_2.3 |
244 |
Low Cost Regenerative Amplifiers for Long Range UHF RFIDs |
| Herath, Dilshara |
W_C_1.4 |
129 |
AI-Native Detection and Localization of UAS via Multi-Antenna ELF Passive Sensing |
| Hester, Jimmy |
T_A_2.3 |
244 |
Low Cost Regenerative Amplifiers for Long Range UHF RFIDs |
| Hirschler, Calvin |
Posters.5 |
77 |
Transforming Inventory Management Through Spatial Data and Visual Feedback |
| Posters.5 |
77 |
Transforming Inventory Management Through Spatial Data and Visual Feedback |
| Posters.3 |
77 |
Transforming Inventory Management Through Spatial Data and Visual Feedback |
| Ho, Kevin |
W_A_1.1 |
80 |
ZeroScatterPico: Bluetooth Low Energy (BLE) Backscatter Using Only Raspberry Pi Pico Digital I/O Pins |
| W_A_1.2 |
85 |
All-Digital Bluetooth Low Energy (BLE) Backscatter ASIC using Standard I/O Pad Drivers in 180 nm CMOS |
| T_A_2.2 |
238 |
A 2.4 GHz True Time Delay (TTD) Subcarrier Beamforming Array for Spatially-Selective Bluetooth Low Energy (BLE) Backscatter |
| Hokama Razzini, Adrielly |
Posters.6 |
78 |
RFID 'DataBridge' Interface |
| Posters.6 |
78 |
RFID 'DataBridge' Interface |
| Posters.2 |
78 |
RFID 'DataBridge' Interface |
| Posters.7 |
79 |
A Survey of Gamma Irradiation Effects on UHF RFID Tags |
| Posters.7 |
79 |
A Survey of Gamma Irradiation Effects on UHF RFID Tags |
| Posters.1 |
79 |
A Survey of Gamma Irradiation Effects on UHF RFID Tags |
| W_A_2.2 |
148 |
Improved Efficiency of Nuclear Material Item Inventories when using RFID |
| T_C_1.4 |
220 |
An RFID-enabled tamper-indicating device to maintain continuity of knowledge on nuclear material |
| Htoon, Linn-Htet |
Posters.6 |
78 |
RFID 'DataBridge' Interface |
| Posters.6 |
78 |
RFID 'DataBridge' Interface |
| Posters.2 |
78 |
RFID 'DataBridge' Interface |
| Htoon, Linnhtet |
Posters.4 |
76 |
Neutron Domino Integration with Arduino and RFID |
| Posters.4 |
76 |
Neutron Domino Integration with Arduino and RFID |
| Posters.4 |
76 |
Neutron Domino Integration with Arduino and RFID |
| J A B C D E F G H J K L M N P R S T U V W X Y Z |
| Jiang, Yuchen |
T_A_1.3 |
172 |
Carrier Cancellation for RFIDs with Augmented CW Used in Passive Integrated Sensing and Communication (PISAC) |
| Jones, Ryan |
T_A_3.3 |
298 |
Split-Ring Resonator Enhanced Detection of Liquids Using Backscatter Tags |
| K A B C D E F G H J K L M N P R S T U V W X Y Z |
| Korlapati, Soundarya |
T_A_1.4 |
178 |
SlotSense: Counting-Free RFID Tag Density Inference via Temporal Slot Analysis |
| T_C_1.2 |
197 |
Performance characterization of commercial on-metal UHF RFID Labels on Curved Metal Surfaces |
| L A B C D E F G H J K L M N P R S T U V W X Y Z |
| Lakis, Rollin |
Posters.6 |
78 |
RFID 'DataBridge' Interface |
| Posters.6 |
78 |
RFID 'DataBridge' Interface |
| Posters.2 |
78 |
RFID 'DataBridge' Interface |
| Posters.7 |
79 |
A Survey of Gamma Irradiation Effects on UHF RFID Tags |
| Posters.7 |
79 |
A Survey of Gamma Irradiation Effects on UHF RFID Tags |
| Posters.1 |
79 |
A Survey of Gamma Irradiation Effects on UHF RFID Tags |
| W_A_2.2 |
148 |
Improved Efficiency of Nuclear Material Item Inventories when using RFID |
| T_C_1.2 |
197 |
Performance characterization of commercial on-metal UHF RFID Labels on Curved Metal Surfaces |
| T_C_1.3 |
203 |
Statistical Performance Modeling of RFID Inventory Processes |
| T_C_1.4 |
220 |
An RFID-enabled tamper-indicating device to maintain continuity of knowledge on nuclear material |
| T_C_1.5 |
226 |
Characterization of UHF RFID Tag Performance for SAVY-4000 Nuclear Material Storage Containers |
| Lee, Ryan |
W_A_1.2 |
85 |
All-Digital Bluetooth Low Energy (BLE) Backscatter ASIC using Standard I/O Pad Drivers in 180 nm CMOS |
| Lee, Zong-Ru |
T_B_3.2 |
263 |
PT-Enabled Wireless PUF Tags with Contrastive 1D-CNN Embeddings for Robust Identifications |
| Li, Ang |
W_A_1.2 |
85 |
All-Digital Bluetooth Low Energy (BLE) Backscatter ASIC using Standard I/O Pad Drivers in 180 nm CMOS |
| Li, Heyi |
T_A_1.5 |
185 |
ID Beyond the IC: Hybrid Chip-Chipless UHF RFID Tags Employing Wideband Backscatter Fingerprints |
| T_B_3.4 |
274 |
Collision-Resilient RFID Tag Counting under Protocol Constraints Using Lightweight Machine Learning |
| T_B_3.5 |
280 |
A Cyber-Physical Security Framework and Validated Solution for RFID Item-Tag Integrity |
| Lima, Antonio |
T_B_3.1 |
257 |
A Neuromorphic RF Power Sensor for Inductive Coupling IoT Systems |
| Liu, Yulong |
T_A_1.3 |
172 |
Carrier Cancellation for RFIDs with Augmented CW Used in Passive Integrated Sensing and Communication (PISAC) |
| Lu, Yu |
W_A_1.4 |
100 |
Fully Integrated Backside-Illuminated Photosensitive RFID Tag for Optical Threshold Detection |
| M A B C D E F G H J K L M N P R S T U V W X Y Z |
| M. Ferreira, Pietro |
T_B_3.1 |
257 |
A Neuromorphic RF Power Sensor for Inductive Coupling IoT Systems |
| Madanayake, Arjuna |
W_C_1.4 |
129 |
AI-Native Detection and Localization of UAS via Multi-Antenna ELF Passive Sensing |
| Manigrasso, Matilde |
T_C_3.4 |
333 |
Wireless and on-demand drug delivery with ultrasound-responsive sustainable piezoelectric chitosan film |
| Mao, Shiwen |
W_C_1.1 |
111 |
QLSTM: A Quantum LSTM for Real-Time Mobile RFID Tag Tracking with Velocity Estimation |
| T_A_1.1 |
160 |
Zero-Shot Quantum Localization: Transferring Knowledge from RFID to WiFi/BLE/UWB Systems |
| T_A_1.2 |
166 |
GrLoc: Geometry-Aware RFID Localization with Digital-Twin Fusion for Robust Field Deployment |
| Mario, Caironi |
T_C_3.2 |
328 |
A fully polymer-based shift register for sustainable RFID applications |
| Marzo, Gaia de |
T_C_3.4 |
333 |
Wireless and on-demand drug delivery with ultrasound-responsive sustainable piezoelectric chitosan film |
| Melià-Seguí, Joan |
T_B_3.4 |
274 |
Collision-Resilient RFID Tag Counting under Protocol Constraints Using Lightweight Machine Learning |
| Migliori, Robert |
T_C_1.3 |
203 |
Statistical Performance Modeling of RFID Inventory Processes |
| Min, Hao |
W_A_1.4 |
100 |
Fully Integrated Backside-Illuminated Photosensitive RFID Tag for Optical Threshold Detection |
| Morais, Marcos |
T_B_3.1 |
257 |
A Neuromorphic RF Power Sensor for Inductive Coupling IoT Systems |
| Morehead, Andrew |
Workshops 2.1 |
|
The ID in RFID |
| Motroni, Andrea |
W_C_1.2 |
117 |
Multitarget UHF-RFID and LiDAR Sensor Fusion Safety System for Collision Avoidance |
| T_B_3.3 |
268 |
Motion Modulation for AI-aided Simultaneous Identification of Multiple Chipless RFID tags |
| N A B C D E F G H J K L M N P R S T U V W X Y Z |
| Nagaraj, Santosh |
W_C_1.5 |
135 |
Simultaneously Reading and Ranging an EPC Gen2 RFID Tag |
| Nageswaran, Shiva |
T_A_1.4 |
178 |
SlotSense: Counting-Free RFID Tag Density Inference via Temporal Slot Analysis |
| T_C_1.2 |
197 |
Performance characterization of commercial on-metal UHF RFID Labels on Curved Metal Surfaces |
| Natali, Dario |
T_C_3.2 |
328 |
A fully polymer-based shift register for sustainable RFID applications |
| Nepa, Paolo |
W_C_1.2 |
117 |
Multitarget UHF-RFID and LiDAR Sensor Fusion Safety System for Collision Avoidance |
| Ng, Tse Nga |
T_C_3.1 |
323 |
Electrochemical Sensor and Energy Storage Devices for Sustainability |
| Nikitin, Pavel |
W_A_1.3 |
90 |
Remote Antenna Impedance Estimation Using a UHF RFID Chip |
| T_A_3.4 |
304 |
Material sensing using arrays of open dipole RAIN RFID tags |
| P A B C D E F G H J K L M N P R S T U V W X Y Z |
| Pan, Andrew |
W_A_1.2 |
85 |
All-Digital Bluetooth Low Energy (BLE) Backscatter ASIC using Standard I/O Pad Drivers in 180 nm CMOS |
| Parsons, Brendon |
Posters.4 |
76 |
Neutron Domino Integration with Arduino and RFID |
| Posters.4 |
76 |
Neutron Domino Integration with Arduino and RFID |
| Posters.4 |
76 |
Neutron Domino Integration with Arduino and RFID |
| Posters.6 |
78 |
RFID 'DataBridge' Interface |
| Posters.6 |
78 |
RFID 'DataBridge' Interface |
| Posters.2 |
78 |
RFID 'DataBridge' Interface |
| Posters.7 |
79 |
A Survey of Gamma Irradiation Effects on UHF RFID Tags |
| Posters.7 |
79 |
A Survey of Gamma Irradiation Effects on UHF RFID Tags |
| Posters.1 |
79 |
A Survey of Gamma Irradiation Effects on UHF RFID Tags |
| W_A_2.1 |
141 |
Fast Uncertainty-Aware Localization of Passive RFID Tags |
| W_A_2.2 |
148 |
Improved Efficiency of Nuclear Material Item Inventories when using RFID |
| W_A_2.3 |
153 |
RFID Antenna Modeling and Validation in Complex Glovebox Environments for Nuclear Production Applications |
| T_C_1.1 |
191 |
Early experiments to evaluate radio tomographic imaging capabilities of an UWB system in high-consequence environments |
| T_C_1.2 |
197 |
Performance characterization of commercial on-metal UHF RFID Labels on Curved Metal Surfaces |
| T_C_1.3 |
203 |
Statistical Performance Modeling of RFID Inventory Processes |
| T_C_1.4 |
220 |
An RFID-enabled tamper-indicating device to maintain continuity of knowledge on nuclear material |
| T_C_1.5 |
226 |
Characterization of UHF RFID Tag Performance for SAVY-4000 Nuclear Material Storage Containers |
| Pasquali, Giacomo |
T_C_3.4 |
333 |
Wireless and on-demand drug delivery with ultrasound-responsive sustainable piezoelectric chitosan film |
| Patton, Justin |
W_C_1.1 |
111 |
QLSTM: A Quantum LSTM for Real-Time Mobile RFID Tag Tracking with Velocity Estimation |
| T_A_1.1 |
160 |
Zero-Shot Quantum Localization: Transferring Knowledge from RFID to WiFi/BLE/UWB Systems |
| T_A_1.2 |
166 |
GrLoc: Geometry-Aware RFID Localization with Digital-Twin Fusion for Robust Field Deployment |
| T_A_1.4 |
178 |
SlotSense: Counting-Free RFID Tag Density Inference via Temporal Slot Analysis |
| Paukkunen, Antti |
W_A_1.3 |
90 |
Remote Antenna Impedance Estimation Using a UHF RFID Chip |
| Penty, Richard |
T_A_3.3 |
298 |
Split-Ring Resonator Enhanced Detection of Liquids Using Backscatter Tags |
| Periaswamy, Senthilkumar |
W_C_1.1 |
111 |
QLSTM: A Quantum LSTM for Real-Time Mobile RFID Tag Tracking with Velocity Estimation |
| T_A_1.1 |
160 |
Zero-Shot Quantum Localization: Transferring Knowledge from RFID to WiFi/BLE/UWB Systems |
| T_A_1.2 |
166 |
GrLoc: Geometry-Aware RFID Localization with Digital-Twin Fusion for Robust Field Deployment |
| T_A_1.4 |
178 |
SlotSense: Counting-Free RFID Tag Density Inference via Temporal Slot Analysis |
| Perkusich, Angelo |
T_B_3.1 |
257 |
A Neuromorphic RF Power Sensor for Inductive Coupling IoT Systems |
| Pham, Duc |
T_B_3.2 |
263 |
PT-Enabled Wireless PUF Tags with Contrastive 1D-CNN Embeddings for Robust Identifications |
| Pham, Nicole |
T_A_3.1 |
286 |
A 75 kHz Inductive Power and BPSK Backscatter Communication Link for a Battery-Free Sub-Soil Sensor |
| Pous, Rafael |
W_P_1.3 |
|
RFID everywhere, all the time |
| Puri, Daniele |
W_C_1.2 |
117 |
Multitarget UHF-RFID and LiDAR Sensor Fusion Safety System for Collision Avoidance |
| R A B C D E F G H J K L M N P R S T U V W X Y Z |
| Rathnayaka, Anuththa |
W_C_1.4 |
129 |
AI-Native Detection and Localization of UAS via Multi-Antenna ELF Passive Sensing |
| Ren, Yichong |
T_B_3.2 |
263 |
PT-Enabled Wireless PUF Tags with Contrastive 1D-CNN Embeddings for Robust Identifications |
| Reynolds, Matthew |
W_A_1.1 |
80 |
ZeroScatterPico: Bluetooth Low Energy (BLE) Backscatter Using Only Raspberry Pi Pico Digital I/O Pins |
| W_A_1.2 |
85 |
All-Digital Bluetooth Low Energy (BLE) Backscatter ASIC using Standard I/O Pad Drivers in 180 nm CMOS |
| T_A_2.2 |
238 |
A 2.4 GHz True Time Delay (TTD) Subcarrier Beamforming Array for Spatially-Selective Bluetooth Low Energy (BLE) Backscatter |
| T_A_3.1 |
286 |
A 75 kHz Inductive Power and BPSK Backscatter Communication Link for a Battery-Free Sub-Soil Sensor |
| Rezola, Ainhoa |
T_A_3.2 |
292 |
A Passive UHF RFID Voltage Sensor Tag for Wireless Battery Monitoring Systems |
| Rhett, Charles Harper |
Posters.3 |
75 |
Real-Time Tag Localization using Augmented Reality and Neural Networks |
| Posters.3 |
75 |
Real-Time Tag Localization using Augmented Reality and Neural Networks |
| Posters.5 |
75 |
Real-Time Tag Localization using Augmented Reality and Neural Networks |
| Roberti, Mark |
W_P_1.1 |
|
What's Preventing RFID from Mass Adoption |
| Rosenthal, James |
W_A_1.2 |
85 |
All-Digital Bluetooth Low Energy (BLE) Backscatter ASIC using Standard I/O Pad Drivers in 180 nm CMOS |
| S A B C D E F G H J K L M N P R S T U V W X Y Z |
| Sadler, Anthony |
T_C_1.5 |
226 |
Characterization of UHF RFID Tag Performance for SAVY-4000 Nuclear Material Storage Containers |
| Saetia, Christopher |
T_A_2.4 |
250 |
Pilot-Assist Backscatter Communications with a Tunnel Diode Backscatter Modulator |
| Safawi, Mohamed |
T_A_2.3 |
244 |
Low Cost Regenerative Amplifiers for Long Range UHF RFIDs |
| Santos Junior, Gutemberg |
T_B_3.1 |
257 |
A Neuromorphic RF Power Sensor for Inductive Coupling IoT Systems |
| Sarma, Sanjay |
T_A_1.5 |
185 |
ID Beyond the IC: Hybrid Chip-Chipless UHF RFID Tags Employing Wideband Backscatter Fingerprints |
| T_B_3.4 |
274 |
Collision-Resilient RFID Tag Counting under Protocol Constraints Using Lightweight Machine Learning |
| T_B_3.5 |
280 |
A Cyber-Physical Security Framework and Validated Solution for RFID Item-Tag Integrity |
| Sawardekar, Vihaan |
Posters.2 |
74 |
RFIDSentinel: Differentially Private Federated Learning over Synthesized Backscatter Fingerprints for Real-Time Multi-Attack Detection in Dense UHF RFID Deployments |
| Posters.2 |
74 |
RFIDSentinel: Differentially Private Federated Learning over Synthesized Backscatter Fingerprints for Real-Time Multi-Attack Detection in Dense UHF RFID Deployments |
| Posters.6 |
74 |
RFIDSentinel: Differentially Private Federated Learning over Synthesized Backscatter Fingerprints for Real-Time Multi-Attack Detection in Dense UHF RFID Deployments |
| Seneviratne, Chatura |
W_C_1.4 |
129 |
AI-Native Detection and Localization of UAS via Multi-Antenna ELF Passive Sensing |
| Shah, Dhairya |
T_A_2.1 |
232 |
HILO: Enabling Low-power, Dual-Band Communication using Tunnel Diode Oscillators |
| Silva, Moisés |
W_A_2.3 |
153 |
RFID Antenna Modeling and Validation in Complex Glovebox Environments for Nuclear Production Applications |
| Singh, Manavjeet |
W_C_1.3 |
123 |
Tag-to-Tag Range Estimation for Passive Backscattering Tags |
| Solar, Hector |
T_A_3.2 |
292 |
A Passive UHF RFID Voltage Sensor Tag for Wireless Battery Monitoring Systems |
| Sooriya Patabandige, Pramuka |
T_A_2.1 |
232 |
HILO: Enabling Low-power, Dual-Band Communication using Tunnel Diode Oscillators |
| Stanacevic, Milutin |
W_C_1.3 |
123 |
Tag-to-Tag Range Estimation for Passive Backscattering Tags |
| Stark, Emily |
W_A_2.2 |
148 |
Improved Efficiency of Nuclear Material Item Inventories when using RFID |
| Strait, Justin |
W_A_2.1 |
141 |
Fast Uncertainty-Aware Localization of Passive RFID Tags |
| T_C_1.3 |
203 |
Statistical Performance Modeling of RFID Inventory Processes |
| T_C_1.5 |
226 |
Characterization of UHF RFID Tag Performance for SAVY-4000 Nuclear Material Storage Containers |
| T A B C D E F G H J K L M N P R S T U V W X Y Z |
| Tavanti, Emanuele |
W_C_1.2 |
117 |
Multitarget UHF-RFID and LiDAR Sensor Fusion Safety System for Collision Avoidance |
| Tedesco, Salvatore |
T_B_3.3 |
268 |
Motion Modulation for AI-aided Simultaneous Identification of Multiple Chipless RFID tags |
| Tomassini, Laura |
W_C_1.2 |
117 |
Multitarget UHF-RFID and LiDAR Sensor Fusion Safety System for Collision Avoidance |
| Tsai, Wei-Chuan |
T_A_3.1 |
286 |
A 75 kHz Inductive Power and BPSK Backscatter Communication Link for a Battery-Free Sub-Soil Sensor |
| Tseng, Ling-An Kate |
W_A_1.2 |
85 |
All-Digital Bluetooth Low Energy (BLE) Backscatter ASIC using Standard I/O Pad Drivers in 180 nm CMOS |
| Tuominen, Jesse |
W_A_1.3 |
90 |
Remote Antenna Impedance Estimation Using a UHF RFID Chip |
| Turner, Christopher |
T_A_1.2 |
166 |
GrLoc: Geometry-Aware RFID Localization with Digital-Twin Fusion for Robust Field Deployment |
| Tusher, Md Mahamud |
T_A_3.5 |
319 |
Additively Manufactured Chipless RFID-Based Resonator for Non-Contact Plant VOC Sensing Using MXene |
| U A B C D E F G H J K L M N P R S T U V W X Y Z |
| Urain, Alvaro |
T_A_3.2 |
292 |
A Passive UHF RFID Voltage Sensor Tag for Wireless Battery Monitoring Systems |
| V A B C D E F G H J K L M N P R S T U V W X Y Z |
| Varshney, Ambuj |
T_A_2.1 |
232 |
HILO: Enabling Low-power, Dual-Band Communication using Tunnel Diode Oscillators |
| Villa-Gonzalez, Fatima |
T_A_1.5 |
185 |
ID Beyond the IC: Hybrid Chip-Chipless UHF RFID Tags Employing Wideband Backscatter Fingerprints |
| T_B_3.4 |
274 |
Collision-Resilient RFID Tag Counting under Protocol Constraints Using Lightweight Machine Learning |
| T_B_3.5 |
280 |
A Cyber-Physical Security Framework and Validated Solution for RFID Item-Tag Integrity |
| T_A_3.4 |
304 |
Material sensing using arrays of open dipole RAIN RFID tags |
| Viola, Fabrizio Antonio |
T_C_3.2 |
328 |
A fully polymer-based shift register for sustainable RFID applications |
| Virajith, Thamindu |
W_C_1.4 |
129 |
AI-Native Detection and Localization of UAS via Multi-Antenna ELF Passive Sensing |
| Vita, Leonardo |
W_C_1.2 |
117 |
Multitarget UHF-RFID and LiDAR Sensor Fusion Safety System for Collision Avoidance |
| W A B C D E F G H J K L M N P R S T U V W X Y Z |
| Wallace, Casey |
W_A_1.5 |
106 |
An Always-ON Batteryless RFID Sensor Label Using Digital MEMS Sensor Arrays for Continuous Environmental Monitoring |
| Wang, Danling |
T_A_3.5 |
319 |
Additively Manufactured Chipless RFID-Based Resonator for Non-Contact Plant VOC Sensing Using MXene |
| Wang, Hanyang |
W_A_1.4 |
100 |
Fully Integrated Backside-Illuminated Photosensitive RFID Tag for Optical Threshold Detection |
| Wang, Jiayi |
W_A_1.2 |
85 |
All-Digital Bluetooth Low Energy (BLE) Backscatter ASIC using Standard I/O Pad Drivers in 180 nm CMOS |
| Wang, Xiangyu |
T_A_1.4 |
178 |
SlotSense: Counting-Free RFID Tag Density Inference via Temporal Slot Analysis |
| Wickramasriya, Duleen |
W_C_1.4 |
129 |
AI-Native Detection and Localization of UAS via Multi-Antenna ELF Passive Sensing |
| Wu, Shaoen |
T_A_1.2 |
166 |
GrLoc: Geometry-Aware RFID Localization with Digital-Twin Fusion for Robust Field Deployment |
| Wu, Taotao |
W_A_1.4 |
100 |
Fully Integrated Backside-Illuminated Photosensitive RFID Tag for Optical Threshold Detection |
| Wu, Yongshuai |
T_A_1.2 |
166 |
GrLoc: Geometry-Aware RFID Localization with Digital-Twin Fusion for Robust Field Deployment |
| X A B C D E F G H J K L M N P R S T U V W X Y Z |
| Xie, Yang |
W_C_1.3 |
123 |
Tag-to-Tag Range Estimation for Passive Backscattering Tags |
| Xu, Lulu |
T_A_1.3 |
172 |
Carrier Cancellation for RFIDs with Augmented CW Used in Passive Integrated Sensing and Communication (PISAC) |
| Y A B C D E F G H J K L M N P R S T U V W X Y Z |
| Yang, Rusong |
T_A_1.3 |
172 |
Carrier Cancellation for RFIDs with Augmented CW Used in Passive Integrated Sensing and Communication (PISAC) |
| Yang, Shuai |
T_A_3.3 |
298 |
Split-Ring Resonator Enhanced Detection of Liquids Using Backscatter Tags |
| Yao, Lulu |
T_C_3.1 |
323 |
Electrochemical Sensor and Energy Storage Devices for Sustainability |
| Yazdi, Navid |
W_A_1.5 |
106 |
An Always-ON Batteryless RFID Sensor Label Using Digital MEMS Sensor Arrays for Continuous Environmental Monitoring |
| Ye, Terry |
T_A_1.3 |
172 |
Carrier Cancellation for RFIDs with Augmented CW Used in Passive Integrated Sensing and Communication (PISAC) |
| Yu, Siqi |
T_C_3.1 |
323 |
Electrochemical Sensor and Energy Storage Devices for Sustainability |
| Yu, Te Min |
W_A_1.2 |
85 |
All-Digital Bluetooth Low Energy (BLE) Backscatter ASIC using Standard I/O Pad Drivers in 180 nm CMOS |
| Z A B C D E F G H J K L M N P R S T U V W X Y Z |
| Zhang, Jian |
W_C_1.1 |
111 |
QLSTM: A Quantum LSTM for Real-Time Mobile RFID Tag Tracking with Velocity Estimation |
| T_A_1.1 |
160 |
Zero-Shot Quantum Localization: Transferring Knowledge from RFID to WiFi/BLE/UWB Systems |
| T_A_1.2 |
166 |
GrLoc: Geometry-Aware RFID Localization with Digital-Twin Fusion for Robust Field Deployment |
| T_A_1.4 |
178 |
SlotSense: Counting-Free RFID Tag Density Inference via Temporal Slot Analysis |
| Zhang, Stanley |
W_A_1.1 |
80 |
ZeroScatterPico: Bluetooth Low Energy (BLE) Backscatter Using Only Raspberry Pi Pico Digital I/O Pins |
| T_A_2.2 |
238 |
A 2.4 GHz True Time Delay (TTD) Subcarrier Beamforming Array for Spatially-Selective Bluetooth Low Energy (BLE) Backscatter |
| Zhao, Aiden |
Posters.1 |
73 |
BeeSMART: RFID-Enabled Edge System for Context-Aware Beehive Monitoring and Control |
| Posters.1 |
73 |
BeeSMART: RFID-Enabled Edge System for Context-Aware Beehive Monitoring and Control |
| Posters.7 |
73 |
BeeSMART: RFID-Enabled Edge System for Context-Aware Beehive Monitoring and Control |
| Zhu, Weibin |
W_A_1.5 |
106 |
An Always-ON Batteryless RFID Sensor Label Using Digital MEMS Sensor Arrays for Continuous Environmental Monitoring |
| Zighed, Selim |
T_B_3.4 |
274 |
Collision-Resilient RFID Tag Counting under Protocol Constraints Using Lightweight Machine Learning |
