Abstract — In multiple access channels, when users know each other channels, precoders can be designed utilizing channel information to cancel the interference at the receiver without sacrificing the diversity or the complexity of the system. In a recent work, it was shown that when there are only two users, a receiver can completely cancel the interference and provides full diversity for each user. Unfortunately, the scheme only works for two users. In this paper, we extend the scheme to 4 users. In other words, we propose a system to achieve interference cancellation and full diversity with low complexity for 4 users. We also provide simulation results that confirm our analysis
In this paper, we propose a new approach of providing diversity in uplink CDMA with practical multiu...
The main purpose in wireless communications is to allow high data rates, low delays, high net capaci...
The wireless communication networks are subjected to multi access interference and multipath fading....
Abstract—We consider interference cancellation for a system with more than two users when users know...
Potential for improved performance through joint detection of multiuser signals, coupled with associ...
When two users transmit signals to a common receiver, one can design precoders to cancel the interfe...
In a limited network resource, techniques are needed to share the channel among different users as e...
Multiuser detection deals with demodulation of mutually interfering digital streams in digital commu...
Over the past few decades, code-division multiple-access (CDMA) systems have been widely used for mi...
Abstract- Multiple access interference (MAI) is a factor which limits the capacity and performance o...
Code Division Multiple Access (CDMA) has been widely adapted in commercial applications because i...
The next-generation wireless communication systems are expected to support a broad range of services...
In this paper, we propose and analyze a novel idea of performing interference cancellation (IC) in a...
A limiting factor for the performance of the conventional CDMA receiver is the near-far effect. Prac...
In this paper, we propose and analyze a novel idea of performing interference cancellation (IC) in a...
In this paper, we propose a new approach of providing diversity in uplink CDMA with practical multiu...
The main purpose in wireless communications is to allow high data rates, low delays, high net capaci...
The wireless communication networks are subjected to multi access interference and multipath fading....
Abstract—We consider interference cancellation for a system with more than two users when users know...
Potential for improved performance through joint detection of multiuser signals, coupled with associ...
When two users transmit signals to a common receiver, one can design precoders to cancel the interfe...
In a limited network resource, techniques are needed to share the channel among different users as e...
Multiuser detection deals with demodulation of mutually interfering digital streams in digital commu...
Over the past few decades, code-division multiple-access (CDMA) systems have been widely used for mi...
Abstract- Multiple access interference (MAI) is a factor which limits the capacity and performance o...
Code Division Multiple Access (CDMA) has been widely adapted in commercial applications because i...
The next-generation wireless communication systems are expected to support a broad range of services...
In this paper, we propose and analyze a novel idea of performing interference cancellation (IC) in a...
A limiting factor for the performance of the conventional CDMA receiver is the near-far effect. Prac...
In this paper, we propose and analyze a novel idea of performing interference cancellation (IC) in a...
In this paper, we propose a new approach of providing diversity in uplink CDMA with practical multiu...
The main purpose in wireless communications is to allow high data rates, low delays, high net capaci...
The wireless communication networks are subjected to multi access interference and multipath fading....