2015•Unpublished venueRequires access

Joint power and subcarrier allocation in OFDMA systems

Semiha Tedik Başaran, Güneş Karabulut Kurt, Bugra Engin ve Ibrahim Altunbas

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Abstract

In this work, a method that evaluates both subcarrier and power allocations together for the users of OFDMA systems is proposed. In practical usage, the allocation to users is implemented from existing subcarrier group considering the transmission power of users is limited. The aim of this study is the realization of subcarrier allocation without exceeding power constraint for each user. In order to make subcarrier allocation fair between users, R2EHK algorithm has been performed. User outage probability has been utilized so as to measure the performance of proposed method. Owing to the proposed method, transmission power gain has been achieved without compromising on the outage probability performance.

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What this paper is about

In this work, a method that evaluates both subcarrier and power allocations together for the users of OFDMA systems is proposed. In practical usage, the allocation to users is implemented from existing subcarrier group considering the transmission power of users is limited. The aim of this study is the realization of subcarrier allocation without exceeding power constraint for each user. In order to make subcarrier allocation fair between users, R2EHK algorithm has been performed. User outage probability has been utilized so as to measure the performance of proposed method. Owing to the proposed method, transmission power gain has been achieved without compromising on the outage probability performance.

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Available abstract

In this work, a method that evaluates both subcarrier and power allocations together for the users of OFDMA systems is proposed. In practical usage, the allocation to users is implemented from existing subcarrier group considering the transmission power of users is limited. The aim of this study is the realization of subcarrier allocation without exceeding power constraint for each user. In order to make subcarrier allocation fair between users, R2EHK algorithm has been performed. User outage probability has been utilized so as to measure the performance of proposed method. Owing to the proposed method, transmission power gain has been achieved without compromising on the outage probability performance.

Key concepts: Subcarrier, Computer science, Power (physics), Transmission (telecommunications), Frequency-division multiple access, Orthogonal frequency-division multiple access, Joint (building), Constraint (computer-aided design)

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