由于我们在每个核心上进行网络传输，同时由于在调度器的空闲循环中对网络IO进行轮询，我们将网络处理均匀地分散到每个核心上。
Since we do network transmission on every core and since we poll for network IO from the scheduler’s idle loop, we distribute network processing evenly across all cores.
结果模拟结果符合肿瘤微血管网的基本形态特征，同时具有完整的循环系统、局部可调控性、网络连通性、较好的平滑度等。
Results the simulated results are consistent with the characteristics of real tumor microvasculature, which show intact circulation, local adjustability, high network connectivity and smooth degree.
FNN在实现系统功能的同时，需要较少的神经元和迭代循环，大大降低了网络的复杂性，加速了网络的学习与实时计算速度。
Less nerve cells and iterative cycles are demanded for realization of system functions by FNN, so that the network is greatly simplified and that study of network and rea...
FNN在实现系统功能的同时，需要较少的神经元和迭代循环，大大降低了网络的复杂性，加速了网络的学习与实时计算速度。
Less nerve cells and iterative cycles are demanded for realization of system functions by FNN, so that the network is greatly simplified and that study of network and rea...
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