This paper examines the advantages and challenges of creating microwave patch antennas using conducting threads. The antennas are produced using automated embroidery machinery that could be easily scaled up to mass manufacture. Textile patch antennas are designed that resonate between 2 and 2.7GHz depending on the substrate. Different stitch directions and compositions were considered. Measured gain and efficiency results are included in this paper
The development of woven antennas will enable novel applications in communications, sensing and safe...
In this paper, two approaches in fabricating textile antennas with double-layer embroidery technique...
The development of woven antennas will enable novel applications in communications, sensing and safe...
This paper examines the advantages and challenges of creating microwave patch antennas using conduct...
This paper is focused on using conductive threads to design flexible antennas with textile features ...
This paper investigates the concept of using conductive threads for fabricating electronics includin...
Wearable technology has attracted global attention in the last decade and the market is experiencing...
Simulated and measured microstrip patch antennas produced using embroidery techniques have been pres...
Radio frequency identification (RFID) refers to a technology that utilizes radio signals for identif...
This paper investigates the use of different techniques and conductive materials for the fabrication...
This letter presents a method of fabricating wearable antennas by embroidering novel fine copper yar...
This paper will review the evolution of wearable textile antennas over the last couple of decades. P...
Simulation methodology to model the behavior of wearable antennas composed of embroidered conductive...
The worldwide wearable technology market is expected to exceed $6B by 2016 and wearable antennas wil...
This paper investigates the use of different techniques and conductive materials for the fabrication...
The development of woven antennas will enable novel applications in communications, sensing and safe...
In this paper, two approaches in fabricating textile antennas with double-layer embroidery technique...
The development of woven antennas will enable novel applications in communications, sensing and safe...
This paper examines the advantages and challenges of creating microwave patch antennas using conduct...
This paper is focused on using conductive threads to design flexible antennas with textile features ...
This paper investigates the concept of using conductive threads for fabricating electronics includin...
Wearable technology has attracted global attention in the last decade and the market is experiencing...
Simulated and measured microstrip patch antennas produced using embroidery techniques have been pres...
Radio frequency identification (RFID) refers to a technology that utilizes radio signals for identif...
This paper investigates the use of different techniques and conductive materials for the fabrication...
This letter presents a method of fabricating wearable antennas by embroidering novel fine copper yar...
This paper will review the evolution of wearable textile antennas over the last couple of decades. P...
Simulation methodology to model the behavior of wearable antennas composed of embroidered conductive...
The worldwide wearable technology market is expected to exceed $6B by 2016 and wearable antennas wil...
This paper investigates the use of different techniques and conductive materials for the fabrication...
The development of woven antennas will enable novel applications in communications, sensing and safe...
In this paper, two approaches in fabricating textile antennas with double-layer embroidery technique...
The development of woven antennas will enable novel applications in communications, sensing and safe...