ONGOING PROJECTS
New idea of energy selective antenna and design of it.
New idea for energy selective surface
Use of optimization techniques and machine learning to design energy selective antenna, energy selective surface
New idea for reconfigurable intelligent surfaces, metasurface, energy selective antenna
Design of metasurface, energy selective antenna using artificial intelligence/machine learning
COMPLETED PROJECTS
New idea for intelligent reflective surfaces for the underground city.
Fabrication of intelligent reflective surfaces for the underground city.
Use of artificial intelligence to design metasurface and reconfigurable intelligence surfaces for underground cities.
New idea for intelligent reflective surfaces for beyond-5G/6G communications.
Fabrication of intelligent reflective surfaces for beyond-5G/6G communications.
Use of artificial intelligence to design reconfigurable intelligence surfaces for beyond-5G/6G communications
Design and development of transmitarry with beam-steering and polarization properties.
Design and development of implantable antenna insulated with 3D printed materials.
Fabrication of tissue-equivalent materials.
Measurement of permittivity and loss tangent of those ATE materials.
Fabrication of artificial tissue-equivalent materials.
Measurement and characterization of artificial tissue-equivalent materials.
Design and development of antennas for brain signal monitoring.
Design and development of antennas for wireless human head signal monitoring with 3D printed dielectric layers.
A 1×4 rectangular dielectric resonator antenna array is designed, using direct microstrip lines.
Rectangular dielectric resonator antenna array fed by two orthogonally direct microstrip lines is a designed to obtain dual-polarization and high gain.
A dual-polarized DRA fed by two orthogonal microstrip lines using a coupled-resonator spatial filter type frequency selective surface as superstrate is designed to obtain dual-polarization and high gain.
A wideband circularly-polarized rectangular dielectric resonator antenna array fed by direct microstrip lines is designed.
A cylindrical dielectric resonator antenna array fed by nonresonant microstrip patch is designed and fabricated to excite the HEM12δ mode for efficient radiation.
2×2 high-gain circularly-polarized cylindrical dielectric resonator antenna and rectangular dielectric resonator antenna array integrated with helical exciter are investigated.
A corrugated substrate integrated waveguide based H-plane horn antenna is studied and fabricated.
1×2, 1×4 and 2×2 substrate integrated waveguide based triangular antenna arrays are designed.
Substrate integrated waveguide-based equilateral compact and dual band triangular antennas are studied.
Defected ground structures (DGS) are applied to reduce the mutual coupling between array elements and eliminate the scan blindness in a microstrip phased array design.