We investigate the problem of carrier frequency offset (CFO) recovery in an OFDM direct-
conversion receiver plagued by both dc-offset and frequency-selective I/Q imbalance. In …

This paper investigates the problem of carrier frequency offset (CFO) recovery in an OFDM
receiver affected by frequency-selective in-phase/quadrature (I/Q) imbalances. The analysis …

The direct conversion receiver (DCR) architecture has received much attention in the last
few years as an effective means to obtain user terminals with reduced cost, size, and power …

In this paper, training symbol designs for estimation of frequency selective channels and
compensation of in-phase (I) and quadrature (Q) imbalances on orthogonal frequency …

A time-domain frequency-dependent I/Q imbalance compensation scheme based on Golay
complementary sequence for receiver is presented. By utilizing property of Golay sequence …

In direct conversion receiver, I/Q imbalance is caused by non orthogonality between in-
phase component and quadrature-phase component caused by imperfections of quadrature …

In this paper, we propose an adaptive compensation algorithm to reduce the strong
frequency-dependent in-phase/quadrature phase (IQ) imbalance in wideband direct …

MIMO OFDM is a very promising technique for future wireless communication systems. By
applying direct conversion architecture, low‐cost, low‐power, small size, and flexible …

A time-domain golay complementary sequences based frequency-dependent I/Q imbalance
compensation scheme for receiver is presented. By utilizing property of golay sequences …

Direct conversion receiver is a well-known receiver architecture that enables small, low
power and cheap radio. However, I/Q imbalance caused by non-orthogonality between in …