Massive multiple-input multiple-output (M-MIMO) technology is considered to be a key
enabling technology for future wireless communication systems. One of the challenges in …

Compact arrays such as multiple antennas on a mobile terminal suffer from low efficiency
and high correlation between antenna signals. In the present paper, a simple and rigorous …

The paper presents a technique to enhance the isolation between adjacent radiating
elements that is common in densely packed antenna arrays. Such antennas provide …

A transmission-line-based decoupling technique for dual-polarized multiple-input and
multiple-output (MIMO) antenna arrays is presented and analyzed. The proposed scheme …

A concept of decoupling ground is introduced in this paper to enhance the isolation of
massive MIMO antenna arrays. For an array, mutual coupling between array elements can …

Staggered array antenna is a common array configuration for large-scale array antennas
due to its favorable radiation characteristics and relatively large element spacing. In …

A novel wideband decoupling technique for multiple-input-multiple-output (MIMO) antenna
arrays is proposed. Broadband isolation is achieved by creating controllable transmission …

Correlations and mutual couplings in antenna arrays lead to performance deterioration of
multiple-input-multiple-output (MIMO) systems. The relation between mutual coupling and …

In this paper, a ε-negative metasurface superstrate is proposed for mutual coupling
reduction of large antenna arrays. Unlike the previous decoupling metasurface works that …

Facing the demand for decoupling and filtering for large-scale antenna arrays in modern
communication systems, a transmission-line-based scheme is proposed and studied in this …