In this paper, we address a multiple-input multipleoutput (MIMO) communication system based on generalized spatial modulation (GSM) and dual-polarized (DP) antennas in sub-TeraHertz (sub-THz) bands to improve the Spectral Efficiency (SE) while reducing the spatial correlation effect and the space occupancy. Moreover, the joint Maximum Likelihood (M...
Millimeter-wave and sub-terahertz frequency bands are available for wideband applications such as high data-rate communication systems. As the respective wavelength is on the order of a millimeter, a compact on-chip antenna can be designed, thereby reducing the overall form factor and obviating expensive off-chip packaging. However, the channel pro...
Millimeter-wave and sub-terahertz frequency bands are available for wideband applications such as high data-rate communication systems. As the respective wavelength is on the order of a millimeter, a compact on-chip antenna can be designed, thereby reducing the overall form factor and obviating expensive off-chip packaging. However, the channel pro...
Millimeter-wave and sub-terahertz frequency bands are available for wideband applications such as high data-rate communication systems. As the respective wavelength is on the order of a millimeter, a compact on-chip antenna can be designed, thereby reducing the overall form factor and obviating expensive off-chip packaging. However, the channel pro...
Millimeter-wave and sub-terahertz frequency bands are available for wideband applications such as high data-rate communication systems. As the respective wavelength is on the order of a millimeter, a compact on-chip antenna can be designed, thereby reducing the overall form factor and obviating expensive off-chip packaging. However, the channel pro...
Millimeter-wave and sub-terahertz frequency bands are available for wideband applications such as high data-rate communication systems. As the respective wavelength is on the order of a millimeter, a compact on-chip antenna can be designed, thereby reducing the overall form factor and obviating expensive off-chip packaging. However, the channel pro...
Millimeter-wave and sub-terahertz frequency bands are available for wideband applications such as high data-rate communication systems. As the respective wavelength is on the order of a millimeter, a compact on-chip antenna can be designed, thereby reducing the overall form factor and obviating expensive off-chip packaging. However, the channel pro...
Millimeter-wave and sub-terahertz frequency bands are available for wideband applications such as high data-rate communication systems. As the respective wavelength is on the order of a millimeter, a compact on-chip antenna can be designed, thereby reducing the overall form factor and obviating expensive off-chip packaging. However, the channel pro...
Millimeter-wave and sub-terahertz frequency bands are available for wideband applications such as high data-rate communication systems. As the respective wavelength is on the order of a millimeter, a compact on-chip antenna can be designed, thereby reducing the overall form factor and obviating expensive off-chip packaging. However, the channel pro...
Millimeter-wave and sub-terahertz frequency bands are available for wideband applications such as high data-rate communication systems. As the respective wavelength is on the order of a millimeter, a compact on-chip antenna can be designed, thereby reducing the overall form factor and obviating expensive off-chip packaging. However, the channel pro...
