该系统通过底层通信系统的支持降低了并行检查点的实现复杂度和执行开销，适用于大规模机群应用。
It is shown that a parallel checkpointing system can benefit from supports embedded in low-level communication systems in its implementation and to improve its performance.
由于采用迭代译码算法，而且是并行算法，因此能提高译码速度，降低译码的复杂度。
As a result of using the iterative decoding algorithm, which is a parallel algorithm, it can improve the decoding speed and reduce the complexity of decoding.
由于采用迭代译码算法，而且是并行算法，因此能提高译码速度，降低译码的复杂度。
As a result of using the iterative decoding algorithm, which is a parallel algorithm, it can improve the decoding speed and reduce the complexity of decoding.
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