The two year project will enable efficient postprocessing of time-dependent, aero-acoustics simulations that exceed 10 terabytes in size.
这份为期两年的计划将会是依据时间的后处理变得有效，空气声学模拟的规模将超过10兆兆字节。
Simulations confirm that both methods are robust, time efficient, and they perform well even in the condition of low SNR values and several simultaneous access users.
系统仿真结果表明两种算法均在低信噪比、多个接入用户的情况下性能良好，具有较高的鲁棒性和检测效率。
Simulations confirm that both methods are robust, time efficient, and they perform well even in the condition of low SNR values and several simultaneous access users.
系统仿真结果表明两种算法均在低信噪比、多个接入用户的情况下性能良好，具有较高的鲁棒性和检测效率。
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