Add to ORKGThis paper proposes several antennas designed to satisfy both dimension and frequency constraints of a handset. The proposed antennas are modeled and simulated in CST software. After multiple iterations, the final antenna designs are manufactured using both a milling machine and a 3D printer. The fabricated antennas are measured using a network analyzer and compared to their expected simulation results
This thesis focuses to explore the use of additive manufacturing (AM) techniques to fabricate variou...
Antenna design starts with a desired electrical performance, stating the minimum gain, beamwidth and...
This dissertation investigates advances in additive manufacturing (AM) technology to determine the f...
This paper proposes several antennas designed to satisfy both dimension and frequency constraints of...
This paper proposes several antennas designed to satisfy both dimension and frequency constraints of...
As the size of the electronics devices is decreasing the overall size of the antenna inside them is ...
As the size of the electronics devices is decreasing the overall size of the antenna inside them is ...
As the size of the electronics devices is decreasing the overall size of the antenna inside them is ...
Planar antennae have become very popular owing to their relative ease of manufacture and unobtrusive...
This thesis describes a novel approach for designing 7-segment and 5-angle pocket and collar planar ...
In this paper, we propose a streamlined design and automation of a horn antenna and its rectangular ...
This dissertation investigates the application of machine learning (ML) techniques to additive manuf...
Apprenticeship is linked to training. This paper is intended to be a tutorial on how to design, fabr...
This thesis investigates the possibility to design printed circuit board (PCB) antennas with a maxim...
Apprenticeship is linked to training. This paper is intended to be a tutorial on how to design, fabr...
This thesis focuses to explore the use of additive manufacturing (AM) techniques to fabricate variou...
Antenna design starts with a desired electrical performance, stating the minimum gain, beamwidth and...
This dissertation investigates advances in additive manufacturing (AM) technology to determine the f...
This paper proposes several antennas designed to satisfy both dimension and frequency constraints of...
This paper proposes several antennas designed to satisfy both dimension and frequency constraints of...
As the size of the electronics devices is decreasing the overall size of the antenna inside them is ...
As the size of the electronics devices is decreasing the overall size of the antenna inside them is ...
As the size of the electronics devices is decreasing the overall size of the antenna inside them is ...
Planar antennae have become very popular owing to their relative ease of manufacture and unobtrusive...
This thesis describes a novel approach for designing 7-segment and 5-angle pocket and collar planar ...
In this paper, we propose a streamlined design and automation of a horn antenna and its rectangular ...
This dissertation investigates the application of machine learning (ML) techniques to additive manuf...
Apprenticeship is linked to training. This paper is intended to be a tutorial on how to design, fabr...
This thesis investigates the possibility to design printed circuit board (PCB) antennas with a maxim...
Apprenticeship is linked to training. This paper is intended to be a tutorial on how to design, fabr...
This thesis focuses to explore the use of additive manufacturing (AM) techniques to fabricate variou...
Antenna design starts with a desired electrical performance, stating the minimum gain, beamwidth and...
This dissertation investigates advances in additive manufacturing (AM) technology to determine the f...