Microstrip Antenna Research Papers - Academia.edu.

An advanced antenna system (AAS) is a combination of an AAS radio and a set of AAS features. An AAS radio consists of an antenna array closely integrated with the hardware and software required for transmission and reception of radio signals, and signal processing algorithms to support the execution of the AAS features.

Array accepts both technical notes (technical notes are limited to a maximum of 10 pages in the standard Elsevier format) and regular papers. In addition to research papers presenting new results, review articles as well as discussion and opinion papers are also welcome.

For all these reasons, the research on arrays, from the first studies in the middle of the last century, has never stopped, and array-related topics are now particularly hot. The main aim of this Special Issue is to seek high-quality submissions that highlight emerging applications of arrays, addressing recent breakthroughs in the development of array antennas and array signal processing.

This paper presents a 3x3 antenna array of ractangular topology is designed to operate at Ku Band. The antenna has been designed as arrays of patches, where number of elements, spacing's and feeding currents has been optimized to fulfil the requirements of low side lobe level and good cross polarization.

This letter introduces a wideband conformal log-periodic dipole array (LPDA) antenna array mounted on a foam cone for direction finding application. To miniaturize this conformal LPDA antenna array, the LPDA antenna with curvilinear dipoles is used. Simulated and measured results show the LPDA antenna with curvilinear dipoles has good radiation performances. Mounting on a ROHACELL foam cone.

Antenna Array for Energy Harvesting,” IEEE Antennas and Wireless Propagation Letters,vol.12,2013. (6) Shaya Karimkashi and Guifu Zhang,“A Dual-Polarized Series-Fed Microstrip Antenna Array with Very High Polarization Purity for Weather Measurements,” IEEE Transaction on Antennas and Propagation, vol. 61, no.10, October2013.

This requires a radically new way of designing and analyzing antenna arrays; in fact, “array” might not be the right terminology anymore. Research in this direction is taking place under the names of Holographic RF System, Holographic Beamforming, and Large Intelligent Surface.

Although the microstrip antenna has been extensively studied in the past few decades as one of the standard planar antennas, it still has a huge potential for further developments. The paper suggests three areas for further research based on our previous works on microstrip antenna elements and arrays. One is exploring the variety of microstrip antenna topologies to meet the desired.

In many applications, it is necessary to design antennas with very high gain to meet the demands of long-distance communication. The gain or directivity of single antenna is less. To increase the gain and directivity the solution is antenna array. This can be done by increasing the size of antenna. Enlarging the dimensions of single antenna often leads to more directive characteristics.

A bi-directional monopole array antenna covering both WiFi and LTE standards was proposed in (10). The antenna array was designed to cater a long and narrow path service area such as long hallways, corridors and tunnel. However, scanning capability of both of the array were not reported. In this research, a linear phased array antenna that consists.

Antenna Array: An antenna array is group of antennas connected and arranged in a regular structure to form a single antenna that is able to produce radiation patterns not produced by individual antennas. Antenna arrays are groups of isotropic radiators of electromagnetic frequency and energy. They provide a solution to the problems caused by.