Performance analysis of SIMO space-time scheduling with convex utility function: zero-forcing linear processing.

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Scholarly articles for Performance analysis of SIMO space-time scheduling with convex utility function: zero-forcing linear processing.

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… convex utility function: zero-forcing linear processing
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Performance analysis of SIMO space-time scheduling with convex ...

In this paper, based on discrete optimization techniques, we derive a novel analytical framework for designing optimal space-time scheduling algorithms with ...

Performance analysis of SIMO space-time scheduling with convex ...

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Performance Analysis of SIMO Space–Time. Scheduling With Convex Utility Function: Zero-Forcing Linear Processing. Vincent K. N. Lau, Senior Member, IEEE, and ...

Performance analysis of SIMO space-time scheduling with convex ...

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Optimal Downlink Space-Time Scheduling Design with Convex ...

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Kwok, 2004: Performance Analysis of SIMO Space–Time Scheduling with Convex Utility Function: Zero-Forcing Linear Processing IEEE Transactions on Vehicular ...

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K.N. Lau, Y. K. Kwok, “Performance Analysis of SIMO Space Time Scheduling Design with Convex Utility Functions – Zero Forcing Linear Processing”, IEEE ...

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Performance analysis of SIMO space-time scheduling with convex utility function: Zero-forcing linear processing. Author(s): Lau, Vincent Kin Nang · View this ...

Analytical Framework for Multiuser Uplink MIMO Space-Time ...

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Kwok, 2004: Performance Analysis of SIMO Space–Time Scheduling with Convex Utility Function: Zero-Forcing Linear Processing IEEE Transactions on Vehicular ...

(PDF) Error Performance Analysis of Zero Forcing Precoders

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Performance Analysis of SIMO Space–Time Scheduling With Convex Utility Function: Zero-Forcing Linear Processing. IEEE Transactions on Vehicular Technology.

Lau, Vincent Kin Nang - Publications - HKUST SPD | The ...

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Performance analysis of SIMO space-time scheduling with convex utility function: Zero-forcing linear processing. Author(s): Lau, Vincent Kin Nang · View this ...

Analytical framework for multiuser uplink MEMO space-time ...

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In this paper, we derive a novel analytical framework for designing optimal multiple-input multiple-output (MIMO) uplink space-time scheduling algorithms ...