Low probability of intercept LPI) radars utilize specially designed waveforms for intra-pulse modulation and hence LPI radars cannot be easily intercepted by passive receivers. The waveforms include linear frequency modulation, nonlinear frequency modulation, polyphase, and polytime codes. The advantages of LPI radar are wide bandwidth, frequency variability, low power, and the ability to hide the

This article presents a highly miniaturized dual-band electrically small antenna (ESA) for on-demand 3.6 and 5.8 GHz wireless applications. A partial rectangle-shaped structure is printed on the back face of the dielectric material, forming the antenna's ground (GND) plane. The radiating structure of the antenna consists of a C-shaped structure and a U-shaped ring connected to it, which is printed

This review paper explores the potential use of the planar miniaturized antenna for wireless capsule endoscopy application: one of the promising fields in the current era. The paper highlights the design strategy, various optimization techniques with respect to system realization, material compatibility issues and finally the mandatory EM radiation effect analysis for the said application. It comp

In this paper, a dual-band 8 × 8 multi-input multi-output (MIMO) array antenna operating in 3.5 GHz band (3400?3600 MHz) and 5.5 GHz band (5150?5925 MHz) for 5G mobile handset is presented. The proposed hybrid antenna includes a comb-shaped monopole and an L-shaped open slot antenna which are symmetrically located on the inner surface of the side-edge frame of smartphone. Pattern diversity is achi

In this paper, the design of frequency reconfigurable planar antenna by incorporation of metasurface superstrate (FRPA-MSS) is presented using an artificial neural network. The dual-layer radiating structure is created on a 1.524 mm thick Rogers RO4350B substrate board ( = 3.48, tan = 0.0037). The candidate antenna is designed and analyzed using a high-frequency structure simulator (HFSS) tool. T

In this paper, an antenna with 8 GHz (7?15 GHz) bandwidth is designed, simulated, fabricated, and measured. Commonly, for the effective use of electromagnetic sources, mode converters are used to transform donut-shaped patterns to directive patterns. This paper introduces a novel antenna called the pattern director antenna (PDA) that solves most problems associated with the azimuthally symmetric o

Electromagnetic inverse-scattering problems (ISPs) are concerned with determining the properties of an unknown object using measured scattered fields. ISPs are often highly nonlinear, causing the problem to be very difficult to address. In addition, the reconstruction images of different optimization methods are distorted which leads to inaccurate reconstruction results. To alleviate these issues,

Proceedings of the 19th European Radar Conference 3D SAR imaging using bistatic opposite side acquisitions, the bizona concept Laurent Ferro-Famil1,2, Stefano Tebaldini3, Ray Abdo4, Lekhmissi Harkati5, Mengda Wu4 1 ISAE-SUPAERO, University of Toulouse, France 2 CESBIO, University of Toulouse, France 3 Politecnico di Milano, Italy 4 IETR, University of Rennes 1, France 5 Institut Polytechnique Mi

Proceedings of the 19th European Radar Conference Doppler Beam Sharpening for High-Resolution Imaging in Dynamic Automotive Scenes S. L. Cassidy1, S. Pooni2, A. Pirkani3, E. G. Hoare4, M. Cherniakov5, M. S. Gashinova6 Microwave Integrated Systems Laboratory (MISL), University of Birmingham, United Kingdom { s.cassidy, 2s.pooni, 4e.g.hoare, 5m.cherniakov, 6m.s.gashinova}-bham.ac.uk, 3aap711-studen

Proceedings of the 19th European Radar Conference Sub-THz Radar Imagery for Automotive Application L. Daniel, M. Gashinova Microwave Integrated Systems Laboratory, School of Engineering, University of Birmingham, U.K. { l.y.daniel, m.s.gashinova}-bham.ac.uk scenarios, as side-looking is still very important for tasks such as land-marking and to provide information to following connected vehicles