Howard Pattee, an early cybernetician, defined hierarchical structure as a spectrum of connectance.

早期控制论专家霍华德·派蒂将层次结为一个连接频谱。

Always an interdisciplinary subject, cybernetics was seen by its founding fathers moreover as transdisciplinary.

控制论始终是一个涉及多种学科课题，它创始人都认为它是跨学科。

Another cybernetician, Gerald Weinberg, supplies a fine metaphor for requisite complexity in his book On the Design of Stable Systems.

另外一位控制论专家，杰拉尔德·温伯格，在他著作《论稳系统设计》中为这个“必要复杂”了一个非常贴切比喻。

Howard Pattee, an early cybernetician, defined hierarchical structure as a spectrum of connectance.

早期专家霍华德·派蒂将层次结构定义为一个连接性频谱。

Always an interdisciplinary subject, cybernetics was seen by its founding fathers moreover as transdisciplinary.

始终是一个涉及多种学科课题，它创始人都认为它是跨学科。

Another cybernetician, Gerald Weinberg, supplies a fine metaphor for requisite complexity in his book On the Design of Stable Systems.

另外一位专家，杰拉尔德·温伯格，在他著作《稳定系统》为这个“必要复杂性”提供了一个非常贴切比喻。

Howard Pattee, an early cybernetician, defined hierarchical structure as a spectrum of connectance.

早期控制论专家霍华德·派蒂将层次结构义为个连接性频谱。

Always an interdisciplinary subject, cybernetics was seen by its founding fathers moreover as transdisciplinary.

控制论始个涉及多种学科课题，它创始人都认为它跨学科。

Another cybernetician, Gerald Weinberg, supplies a fine metaphor for requisite complexity in his book On the Design of Stable Systems.

另外位控制论专家，杰拉尔德·温伯格，在他著作《论稳设计》中为这个“必要复杂性”提供了个非常贴切比喻。

Howard Pattee, an early cybernetician, defined hierarchical structure as a spectrum of connectance.

早期控制论专家霍华德·派蒂将层次结构一个连接频谱。

Always an interdisciplinary subject, cybernetics was seen by its founding fathers moreover as transdisciplinary.

控制论始终是一个涉及多种学科课题，它创始人都认它是跨学科。

Another cybernetician, Gerald Weinberg, supplies a fine metaphor for requisite complexity in his book On the Design of Stable Systems.

另外一位控制论专家，杰拉尔德·温伯格，在他著作《论稳系统设计》中这个“必要复”供了一个非常贴切比喻。

Howard Pattee, an early cybernetician, defined hierarchical structure as a spectrum of connectance.

早期控制论专家霍华德·将层次结构定义为一个连接性频谱。

Always an interdisciplinary subject, cybernetics was seen by its founding fathers moreover as transdisciplinary.

控制论始终是一个涉及多种学科课题，它创始人都认为它是跨学科。

Another cybernetician, Gerald Weinberg, supplies a fine metaphor for requisite complexity in his book On the Design of Stable Systems.

另外一位控制论专家，杰拉尔德·温伯格，在他著作《论稳定系统设计》中为这个“必要复杂性”提供了一个非比喻。

Howard Pattee, an early cybernetician, defined hierarchical structure as a spectrum of connectance.

早期控专家霍华德·派蒂将层次结构定义为一个连接性频谱。

Always an interdisciplinary subject, cybernetics was seen by its founding fathers moreover as transdisciplinary.

控终是一个涉及多种学科课题，它创人都认为它是跨学科。

Another cybernetician, Gerald Weinberg, supplies a fine metaphor for requisite complexity in his book On the Design of Stable Systems.

另外一位控专家，杰拉尔德·温伯格，在他著作《稳定系统》中为这个“必要复杂性”提供了一个非常贴切比喻。

Howard Pattee, an early cybernetician, defined hierarchical structure as a spectrum of connectance.

早期控制论专家霍华德·派蒂将层定义为个连接性频谱。

Always an interdisciplinary subject, cybernetics was seen by its founding fathers moreover as transdisciplinary.

控制论始终是个涉及多种学科课题，它创始人都认为它是跨学科。

Another cybernetician, Gerald Weinberg, supplies a fine metaphor for requisite complexity in his book On the Design of Stable Systems.

另外位控制论专家，杰拉尔德·温伯格，在他著作《论稳定系统设计》中为这个“必要复杂性”提个非常贴切比喻。

Howard Pattee, an early cybernetician, defined hierarchical structure as a spectrum of connectance.

早期控制论专家霍华德·派蒂将层次结构定义为一个连接性频谱。

Always an interdisciplinary subject, cybernetics was seen by its founding fathers moreover as transdisciplinary.

控制论始终是一个涉及多种学科课题，它创始人都认为它是跨学科。

Another cybernetician, Gerald Weinberg, supplies a fine metaphor for requisite complexity in his book On the Design of Stable Systems.

另外一位控制论专家，杰拉尔德·温伯格，在他著作《论稳定系统设计》中为这个“必要复杂性”提供了一个非常贴切比喻。

Howard Pattee, an early cybernetician, defined hierarchical structure as a spectrum of connectance.

控制论专家霍华德·派蒂将层次结构定义为一个连接性频谱。

Always an interdisciplinary subject, cybernetics was seen by its founding fathers moreover as transdisciplinary.

控制论始终是一个涉及多种学科课题，它创始人都认为它是跨学科。

Another cybernetician, Gerald Weinberg, supplies a fine metaphor for requisite complexity in his book On the Design of Stable Systems.

另外一位控制论专家，杰拉尔德·温伯格，在他著作《论稳定系统设计》中为这个“必要复杂性”提供了一个非常贴切比喻。