Authors :
Akash; Aditya Mishra; Gitanjali; Km Priya Rajput
Volume/Issue :
Volume 7 - 2022, Issue 4 - April
Google Scholar :
https://bit.ly/3IIfn9N
Scribd :
https://bit.ly/3N7CXPJ
Abstract :
MIMO technologies serves a multipath
characteristic by using various, “smart” transmitters and
receivers with an added “spatial” dimension to enhance
efficiency and operating frequency of a normal antenna
structure. MIMO basically serves the function to send and
receive signals stream with n number of antennas at the
same particular time. In this paper, distinct types of
MIMO smart antennas were presented such as isolation
techniques between ground layer and the patch, split ring
resonator MIMO antennas, MIMO antenna on Half mode
SIW, MIMO antenna design with Defective Ground
Structure etc.
The purpose of presenting all this Paper is to come
on the novel design of MIMO antenna with the help of
Substrate Integrated Waveguide (SIW) and Defective
Ground Structure (DGS) both so that both the advantages
of SIW and DGS can be incorporated in the proposed
antenna such as compactness, low loss, planar etc.
MIMO technologies serves a multipath
characteristic by using various, “smart” transmitters and
receivers with an added “spatial” dimension to enhance
efficiency and operating frequency of a normal antenna
structure. MIMO basically serves the function to send and
receive signals stream with n number of antennas at the
same particular time. In this paper, distinct types of
MIMO smart antennas were presented such as isolation
techniques between ground layer and the patch, split ring
resonator MIMO antennas, MIMO antenna on Half mode
SIW, MIMO antenna design with Defective Ground
Structure etc.
The purpose of presenting all this Paper is to come
on the novel design of MIMO antenna with the help of
Substrate Integrated Waveguide (SIW) and Defective
Ground Structure (DGS) both so that both the advantages
of SIW and DGS can be incorporated in the proposed
antenna such as compactness, low loss, planar etc.
