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读下面的流程图，其最后结果是（）。

写出下面树中序遍历的结果（）

下图表示（）运算过程中的进程流图，其中P_i（i=1，2，3，4，5）表进程。

若某CPU的有效地址长度为24位，则其寻址范围是（），其虚拟存储器的容量为（）。

若某CPU的有效地址长度为24位，则其寻址范围是（）

C is sometimes referred to as a ’high -level （） language’. Some people think that’s an insult, but it’s actually a deliberate and significant aspect of the language. If you have （） in assembly language, youll probably find C very natural and comfortable (although if you continue to focus too heavily on machine - level details, youll probably end up with unnecessarily non- portable programs). If you havent programmed in assembly language, you may be frustrated by C ’s lack of certain higher - level features. In either case, you should understand why C was de- signed this way: so that seemingly - simple constructions expressed in C would not expand to arbitrarily expensive ( in time or （） ) machine language constructions when （） . If you write a C program simply and succinctly, it is likely to result in a succinct, efficient machine language executable. If you find that the （） resulting from a C program is not efficient, it’s probably because of something silly you did, not because of something the compiler did behind your back which you have no control over. In any case, there’s no point in complaining about C’s low - level flavor: C is what it is.

阵列处理机是一种典型的（）；而多处理机则是一种典型的（）。

某段表内容如下：则逻辑地址为（3，1024）的实际物理地址为（）

计算机的使用方式有如下的（）方式。其中，（）方式是把一批数据集中起来，通过通信线路传送到计算中心，由批处理程序加以处理。 
①批处理 
②远程批处理 
③双机 
④实时 
⑤分时 
⑥网络

Tile hardware are the parts of computer itself including the （） (CPU) and related microchips and micro -circuitry, keyboards, monitors, case and （） (including floppy, hard, CD, DVD, optical, tape, etc...). Other extra parts called （） or devices include mouse, printers, （） , scanners, digital cameras and cards (sound, colour, video) etc... Together they are often referred to as a （） or PCs.

若某CPU的有效地址长度为24位，则其寻址范围是（），其虚拟存储器的容量为（）。

C is sometimes referred to as a ’high -level （） language’. Some people think that’s an insult, but it’s actually a deliberate and significant aspect of the language. If you have （） in assembly language, youll probably find C very natural and comfortable (although if you continue to focus too heavily on machine - level details, youll probably end up with unnecessarily non- portable programs). If you havent programmed in assembly language, you may be frustrated by C ’s lack of certain higher - level features. In either case, you should understand why C was de- signed this way: so that seemingly - simple constructions expressed in C would not expand to arbitrarily expensive ( in time or （） ) machine language constructions when （） . If you write a C program simply and succinctly, it is likely to result in a succinct, efficient machine language executable. If you find that the （） resulting from a C program is not efficient, it’s probably because of something silly you did, not because of something the compiler did behind your back which you have no control over. In any case, there’s no point in complaining about C’s low - level flavor: C is what it is.

阵列处理机是一种典型的（）；而多处理机则是一种典型的（）。

计算机的使用方式有如下的（）方式。其中，（）方式是把一批数据集中起来，通过通信线路传送到计算中心，由批处理程序加以处理。 
①批处理 
②远程批处理 
③双机 
④实时 
⑤分时 
⑥网络

Tile hardware are the parts of computer itself including the （） (CPU) and related microchips and micro -circuitry, keyboards, monitors, case and （） (including floppy, hard, CD, DVD, optical, tape, etc...). Other extra parts called （） or devices include mouse, printers, （） , scanners, digital cameras and cards (sound, colour, video) etc... Together they are often referred to as a （） or PCs.

C is sometimes referred to as a ’high -level （） language’. Some people think that’s an insult, but it’s actually a deliberate and significant aspect of the language. If you have （） in assembly language, youll probably find C very natural and comfortable (although if you continue to focus too heavily on machine - level details, youll probably end up with unnecessarily non- portable programs). If you havent programmed in assembly language, you may be frustrated by C ’s lack of certain higher - level features. In either case, you should understand why C was de- signed this way: so that seemingly - simple constructions expressed in C would not expand to arbitrarily expensive ( in time or （） ) machine language constructions when （） . If you write a C program simply and succinctly, it is likely to result in a succinct, efficient machine language executable. If you find that the （） resulting from a C program is not efficient, it’s probably because of something silly you did, not because of something the compiler did behind your back which you have no control over. In any case, there’s no point in complaining about C’s low - level flavor: C is what it is.

Tile hardware are the parts of computer itself including the （） (CPU) and related microchips and micro -circuitry, keyboards, monitors, case and （） (including floppy, hard, CD, DVD, optical, tape, etc...). Other extra parts called （） or devices include mouse, printers, （） , scanners, digital cameras and cards (sound, colour, video) etc... Together they are often referred to as a （） or PCs.

C is sometimes referred to as a ’high -level （） language’. Some people think that’s an insult, but it’s actually a deliberate and significant aspect of the language. If you have （） in assembly language, youll probably find C very natural and comfortable (although if you continue to focus too heavily on machine - level details, youll probably end up with unnecessarily non- portable programs). If you havent programmed in assembly language, you may be frustrated by C ’s lack of certain higher - level features. In either case, you should understand why C was de- signed this way: so that seemingly - simple constructions expressed in C would not expand to arbitrarily expensive ( in time or （） ) machine language constructions when （） . If you write a C program simply and succinctly, it is likely to result in a succinct, efficient machine language executable. If you find that the （） resulting from a C program is not efficient, it’s probably because of something silly you did, not because of something the compiler did behind your back which you have no control over. In any case, there’s no point in complaining about C’s low - level flavor: C is what it is.

Tile hardware are the parts of computer itself including the （） (CPU) and related microchips and micro -circuitry, keyboards, monitors, case and （） (including floppy, hard, CD, DVD, optical, tape, etc...). Other extra parts called （） or devices include mouse, printers, （） , scanners, digital cameras and cards (sound, colour, video) etc... Together they are often referred to as a （） or PCs.

C is sometimes referred to as a ’high -level （） language’. Some people think that’s an insult, but it’s actually a deliberate and significant aspect of the language. If you have （） in assembly language, youll probably find C very natural and comfortable (although if you continue to focus too heavily on machine - level details, youll probably end up with unnecessarily non- portable programs). If you havent programmed in assembly language, you may be frustrated by C ’s lack of certain higher - level features. In either case, you should understand why C was de- signed this way: so that seemingly - simple constructions expressed in C would not expand to arbitrarily expensive ( in time or （） ) machine language constructions when （） . If you write a C program simply and succinctly, it is likely to result in a succinct, efficient machine language executable. If you find that the （） resulting from a C program is not efficient, it’s probably because of something silly you did, not because of something the compiler did behind your back which you have no control over. In any case, there’s no point in complaining about C’s low - level flavor: C is what it is.

Tile hardware are the parts of computer itself including the （） (CPU) and related microchips and micro -circuitry, keyboards, monitors, case and （） (including floppy, hard, CD, DVD, optical, tape, etc...). Other extra parts called （） or devices include mouse, printers, （） , scanners, digital cameras and cards (sound, colour, video) etc... Together they are often referred to as a （） or PCs.