TY  - JOUR
T1  - Application of the joint discrete hadamard-inverse Fourier transform in a MC-CDMA wireless communication system-performance and complexity studies.
JF  - IEEE Transactions on wireless communications
A1  - Bogucka, H.
LA  - English
UL  - https://tuklas.up.edu.ph/Record/UP-99796217609624838
AB  - An efficient low-complexity algorithm proposed earlier by the same author is considered for the application in multicarrier radio communication systems with code-division multiple access. An inverse algorithm is proposed as a method of joint detection (JD), which is capable of rejecting intersymbol and multiple-access interference at a reasonable complexity. Computational complexity calculations as well as recent performance results of the proposed method are provided. The bit-error rate performance achieved by the simulated JD algorithms and equalizer structures is comparable with the performance of other methods which exhibit higher complexity.
KW  - MC-CDMA wireless communication system.
KW  - Bit-error rate performance.
KW  - Code-division multiple access.
KW  - Computational complexity.
KW  - Intersymbol interference.
KW  - Inverse algorithm.
KW  - Joint detection method.
KW  - Joint discrete Hadamard-inverse Fourier transform.
KW  - Multicarrier radio communication system.
KW  - Multiple-access interference.
ER  -