We propose a novel near-capacity Multiple-Symbol Differential Decoding (MSDD) aided cooperative Differential Linear Dispersion Code (DLDC) scheme, which exhibits a high grade of system design flexibility in terms of the choice of activated relays and the DLDC's rate allocation. More specifically, the system has the freedom to activate a range of DLDCs depending on both the number of relays available in the network, as well as on their position, throughput and complexity considerations
Approximately 3 dB Signal-to-Noise Ratio (SNR) loss is always paid with conventional Differential Sp...
In order to shorten 3dB performance gap between the conventional differential detection and correlat...
This paper proposes a cooperative space-time coding (STC) protocol, amalgamating the concepts of asy...
We propose a novel near-capacity Multiple-Symbol Differential Decoding (MSDD) aided cooperative Diff...
This paper presents an Irregular Distributed Hybrid Concatenated Differential (Ir-DHCD) coding schem...
It is widely recognized that half-duplex-relay-aided differential decode-and-forward (DDF) cooperati...
A low complexity distributed coding scheme is proposed for communications over Rayleigh fading chann...
A Differential Space-Time Shift Keying (DSTSK) aided and successive relaying assisted multi-user Dec...
The conventional amplify-and-forward cooperative system is capable of achieving a superior performan...
It is widely recognized that the differential amplify-and-forward (DAF) transmission scheme is capab...
The conventional single-relay aided two-phase cooperative network employing a so-called soft-input s...
In this thesis, firstly we introduce Linear Dispersion Codes (LDCs) and investigate their ap plicati...
Bypassing the potentially excessive-complexity and yet inaccurate channel estimation, differentially...
Differential Space-Time Modulation (DSTM) employing multiple antennas provides a diversity advantage...
Approximately 3 dB Signal-to-Noise Ratio (SNR) loss is always paid with conventional Differential Sp...
Approximately 3 dB Signal-to-Noise Ratio (SNR) loss is always paid with conventional Differential Sp...
In order to shorten 3dB performance gap between the conventional differential detection and correlat...
This paper proposes a cooperative space-time coding (STC) protocol, amalgamating the concepts of asy...
We propose a novel near-capacity Multiple-Symbol Differential Decoding (MSDD) aided cooperative Diff...
This paper presents an Irregular Distributed Hybrid Concatenated Differential (Ir-DHCD) coding schem...
It is widely recognized that half-duplex-relay-aided differential decode-and-forward (DDF) cooperati...
A low complexity distributed coding scheme is proposed for communications over Rayleigh fading chann...
A Differential Space-Time Shift Keying (DSTSK) aided and successive relaying assisted multi-user Dec...
The conventional amplify-and-forward cooperative system is capable of achieving a superior performan...
It is widely recognized that the differential amplify-and-forward (DAF) transmission scheme is capab...
The conventional single-relay aided two-phase cooperative network employing a so-called soft-input s...
In this thesis, firstly we introduce Linear Dispersion Codes (LDCs) and investigate their ap plicati...
Bypassing the potentially excessive-complexity and yet inaccurate channel estimation, differentially...
Differential Space-Time Modulation (DSTM) employing multiple antennas provides a diversity advantage...
Approximately 3 dB Signal-to-Noise Ratio (SNR) loss is always paid with conventional Differential Sp...
Approximately 3 dB Signal-to-Noise Ratio (SNR) loss is always paid with conventional Differential Sp...
In order to shorten 3dB performance gap between the conventional differential detection and correlat...
This paper proposes a cooperative space-time coding (STC) protocol, amalgamating the concepts of asy...