Accueil › Annuaire des chercheurs › Mongi Lahiani
Mongi Lahiani
Affiliation : University of Sfax
- 47Publications (affiliation tunisienne)
- 57Publications au total
- 308Citations
- 7Indice h
Profil de recherche
Mongi Lahiani compte 47 publications référencées (2004–2024). Ses travaux paraissent principalement dans « International Conference on Sciences and Techniques of Automatic Control and Computer Engineering », « International Multi-Conference on Systems, Signals & Devices (SSD) » et « International Conference on Advanced Technologies for Signal and Image Processing ». Son article le plus cité, « Design of rectangular microstrip patch antenna » (2016), a été cité 155 fois. Ses travaux sont cosignés avec au moins 12 chercheurs, notamment dans des établissements de France.
C’est vous ? Faites connaître vos travaux
Créez gratuitement votre profil DzCademia et ajoutez vos articles : ils apparaîtront plus facilement sur Google et dans les assistants d’IA comme ChatGPT. Plus de personnes pourront vous lire et vous citer.
Créer mon profil gratuit Ajouter mes publicationsDomaines de recherche
- Wireless Body Area Networks
- Radio Frequency Integrated Circuit Design
- Wireless Power Transfer Systems
- Antenna Design and Analysis
- Analog and Mixed-Signal Circuit Design
Publications (47)
- Genetic Algorithm-Based Three-Pole Pulse Design for IEEE802.15.4a Standard
- Bandwidth Enhancement of a Bell-shaped UWB Antenna for Indoor Localization Systems
- A compact inexpensive UWB-modified elliptic antenna including a slotted ground plane for an indoor positioning system
- Influence of Intrinsic Impedance on the Phase of Propagation Pulse Through Biologic Tissue
- A compact UWB elliptic antenna for indoor localization system
- A Multiband, Spectrally-Efficient Impulse Radio Transmitter Design with Low-Complexity CMOS Pulse Generator for IEEE 802.15.4a Application
- Doppler Radar Architecture for Vital Signal Detection
- Acquiring Wi-Fi Energy to Charge a Mobile Phone
- A Multiband, Low Power and Low Phase Noise CMOS Voltage-Controlled Oscillator with NMOS Varactor for UWB Applications
- A 5.2 GHz high gain high isolation double balance Gilbert cell mixer with linearity improvement in TSMC 180nm CMOS technology for WLAN application
- Energy harvesting from electromagnetic radiation emissions by compact flouresent lamp
- Microwave energy harvesting using rectangular micro-strip patch array antenna
- Performance analysis of different Sum-of-Sinusoids simulation models for Rayleigh fading wireless channels
- Kalman filter Observer for SoC prediction of Lithium cells
- UWB Pulse Propagation into Layered Model of Human Body
- Design of 10.6 GHZ low phase noise LC-voltage controlled oscillator in 0.18μm CMOS technology
- Design of rectangular microstrip patch antenna
- New Folded Tag Antenna with Chanel Shaped Metamaterial
- Study of the effects of human tissue on performance of a loop antenna
- Design and Optimization of a Rectenna for Wireless Remote Supply Applications
- Maximization of the power “UWB” signal by random method while respecting official constraints
- Study of body-antenna interaction at 433MHz
- UWB pulse propagation in human tissue: Comparison between Gaussian and square waves shape
- Design of a Bell-Shaped Ultra Wideband Antenna for Indoor Localization System
- Design of a high performance rectenna for wireless powering 2.45Ghz RFIDs
- Design of ECG Transmitter for Wireless Biomedical Systems
- Design of 3.1–5.1 GHz pulse generator for UWB communications
- A multi-criteria comparative analysis of different Rayleigh fading channel simulators
- Receiver design for UWB communications
- Influence of the cardiac activity on the surface impedance of a multilayer model
- Design of a pulse generator for UWB communications
- Wireless power transmission technologies and applications
- The Attenuation Calculation of the Energy Signal of a Gaussian Pulse Propagating in the Human Body to Detect the Heart Beat
- Correction applied to the propagation model of UWB wave in human biological tissue obtained by FDTD method for estimation of the wave form at the heart
- Study and design of adaptation circuit of a tendering system for measuring the bio-impedance
- Design of a device for transferring power and data to a cochlear implant
- Design of a class‐E transcutaneous energy transmitter for an implantable system
- Electrical modeling of the sensitivity to misalignments of a class-E based inductive transcutaneous link
- Design of a digital communication system based on a XBee module for biomedical applications
- Frequency study of ultra wide band signal energy attenuation during propagation in biological tissue
- Pulse generator monocycle Gaussian for UWB applications
- Mathematical approximation of the hyperbolic tangent
- Optimization of a low noise amplifier in UWB band
- Electronic conception of a programmable hearing aid
- Electrical modeling of inductive links for high-efficiency energy transmission
- Reducing load effects in inductive links for implantable systems
- Maximum of mutual inductance by inductive link
Revues de publication
- International Conference on Sciences and Techniques of Automatic Control and Computer Engineering × 8
- International Multi-Conference on Systems, Signals & Devices (SSD) × 6
- International Conference on Advanced Technologies for Signal and Image Processing × 3
- Advances in Science Technology and Engineering Systems Journal × 2
- Journal of Telecommunication Electronic and Computer Engineering (JTEC) × 2
- International Journal on Communications Antenna and Propagation (IRECAP) × 2
Publications par année
- 20241
- 20213
- 20193
- 20182
- 20177
- 20166
- 20155
- 20143
- 20136
- 20122
Collaborations
Établissements partenaires : University of Carthage · École Supérieure d'Électronique de l'Ouest · LabISEN · Institut Supérieur de l'Électronique et du Numérique
Pays des co-auteurs : France
Co-auteurs
- Hamadi Ghariani
- Mondher Chaoui
- Mohamed Dhieb
- Moez Ketata
- Houda Werfelli
- Nadia Ghariani
- Mohamed Salah Karoui
- Khaoula Tayari
- Hanen Saoudi
- H. Lakhal
- F. Sellami
- Kaoula Tayari
Données bibliographiques issues d’OpenAlex (base ouverte).
Pourquoi choisir Dzcademia ?
Pour donner à vos travaux plus de chances d’être découverts et recommandés par les IA. Profils, articles et communications : donnez à votre recherche une présence publique structurée. Les métadonnées intégrées aident les moteurs de recherche et les assistants IA à identifier vos travaux et à comprendre leurs références.
Commenter avec Google
Connecte-toi avec Google pour commenter directement sur cette page.