Bappaditya Mandal
Researcher at Institutionen för elektroteknik; Fasta tillståndets elektronik
- Telephone:
- +46 18 471 77 36
- E-mail:
- bappaditya.mandal@angstrom.uu.se
- Visiting address:
- Ångströmlaboratoriet, Lägerhyddsvägen 1
75237 UPPSALA - Postal address:
- Box 65
751 03 UPPSALA
More information is available to staff who log in.
Publications
Selection of publications
- Gain-enhancement technique for wearable patch antenna using grounded metamaterial (2020)
- Implantable antenna gain enhancement using liquid metal-based reflector (2020)
- A Low Profile Button Antenna with Back Radiation Reduced By FSS (2020)
- Low Profile Implantable Antenna for Fat Intra-Body Communication (2020)
- Clustering of Dielectric and Colour Profiles of an Ex-vivo Burnt Human Skin Sample (2020)
- Design of constant width branch line directional coupler for the microwave sensing application (2020)
- Wireless Power Transfer System Design in Reactive Near-Field for Implantable Devices (2020)
- Towards Secure Backscatter-based In-Body Sensor Networks (2020)
- Jamming to Support Privacy-preserving Continuous Tumour Relapse Monitoring Using In-body Radio Signals (2020)
Recent publications
- Microwave Antenna-Assisted Machine Learning (2024)
- Compact Optimized Antenna Solution for Radiation Coupling Improvement in the Subcutaneous Fat Layer (2023)
- Hip Implant Micromotion monitoring using microwave-photonic hybrid device (2023)
- Phantom-based evaluation of a planar microwave sensor for non-invasive intracranial pressure monitoring (2023)
- Realization of a Portable Semi-Shielded Chamber for Evaluation of Fat-Intrabody Communication (2023)
All publications
Articles
- Microwave Antenna-Assisted Machine Learning (2024)
- Realization of a Portable Semi-Shielded Chamber for Evaluation of Fat-Intrabody Communication (2023)
- Dielectric Characterization and Statistical Analysis of Ex-Vivo Burnt Human Skin Samples for Microwave Sensor Development (2023)
- A review of electromagnetic sensing for healthcare applications (2023)
- A novel SAR reduction technique for implantable antenna using conformal absorber metasurface (2022)
- Preliminary Analysis of Burn Degree Using Non-invasive Microwave Spiral Resonator Sensor for Clinical Applications (2022)
- MAS (2021)
- Design of Metamaterial Based Efficient Wireless Power Transfer System Utilizing Antenna Topology for Wearable Devices (2021)
- Gain-enhancement technique for wearable patch antenna using grounded metamaterial (2020)
- Implantable antenna gain enhancement using liquid metal-based reflector (2020)
Conferences
- Compact Optimized Antenna Solution for Radiation Coupling Improvement in the Subcutaneous Fat Layer (2023)
- Hip Implant Micromotion monitoring using microwave-photonic hybrid device (2023)
- Phantom-based evaluation of a planar microwave sensor for non-invasive intracranial pressure monitoring (2023)
- Wireless Power Transfer System Design Using Zero-Index Metamaterial for Implantable Medical Devices (2023)
- End-to-End Transmission of Physiological Data from Implanted Devices to a Cloud-Enabled Aggregator Using Fat Intra-Body Communication in a Live Porcine Model (2022)
- Study of the electrical parameters drift due to mechanical stress in coupled conductors path on flexible polymeric substrate (2022)
- Muscle Analyzer System (2022)
- Muscle Analyzer System (2022)
- Dataset: Enabling Offline Tuning of Fat Channel Communication (2021)
- Antenna Based RF Techniques for Intrabody Communication (2020)
- Time Reversal Microwave Imaging of Realistic Numerical Head Phantom for Bone Flap Healing Follow-up (2020)
- A Low Profile Button Antenna with Back Radiation Reduced By FSS (2020)
- Low Profile Implantable Antenna for Fat Intra-Body Communication (2020)
- Clustering of Dielectric and Colour Profiles of an Ex-vivo Burnt Human Skin Sample (2020)
- Design of constant width branch line directional coupler for the microwave sensing application (2020)
- Wireless Power Transfer System Design in Reactive Near-Field for Implantable Devices (2020)
- Towards Secure Backscatter-based In-Body Sensor Networks (2020)
- Jamming to Support Privacy-preserving Continuous Tumour Relapse Monitoring Using In-body Radio Signals (2020)
