Exact(11)
Similar considerations are applied for PU interference mitigation in the proposed bit loading and sub-carrier bandwidth sizing algorithms.
Furthermore, the performance of the proposed bit partitioning is compared with the PMI restriction scheme for d th =0.7071 and Bavg=16.
The analytical derivations have been presented for the proposed bit partitioning scheme under the constraint that the average feedback rate is constant.
Simulation results show that significant performance gains can be achieved by the proposed bit loading algorithms, especially when subchannel permutation is employed.
According to average multicell capacity results illustrated in Figure 3, the proposed bit partitioning solution gives quite good approximation to the optimum solution while having much lower complexity.
According to Monte Carlo simulation results shown in Figure 10, the proposed bit partitioning scheme outperforms the PMI restriction method especially at high power levels for the same feedback load.
Similar(49)
The proposed bit-serial multiplication algorithm and architecture are highly regular and simpler than those of previous works.
In other words, the LLR combining is a special case of the proposed bit-level DS combining scheme.
We extend H.264/AVC baseline profile to complete the proposed bit-depth scalable video-coding scheme.
We adopt this concept in the tone-mapping technique employed in the proposed bit-depth scalable coding schemes.
The proposed bit-parallel multiplier over GF(24m) is found to offer a saving of about 33% multiplications and 42.8% additions over the corresponding existing architectures.
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