Single Threaded process:

單線程進(jìn)程：

Traditionally if a process has a single thread of control then it is termed as a single threaded process.

傳統(tǒng)上，如果進(jìn)程具有單控制線程，則將其稱為單線程進(jìn)程。

Multi Threaded process:

多線程進(jìn)程：

If a process has multiple threads of control then it is termed as a Multithreaded process. It can be used to perform multiple tasks at a single time.

如果一個(gè)進(jìn)程具有多個(gè)控制線程，則將其稱為多線程進(jìn)程。 它可以一次執(zhí)行多個(gè)任務(wù)。

Responsiveness:

響應(yīng)能力：

Since multithreading is an application which will allow a program to run even when a part of it is blocked. So it will increase the responsiveness to the particular user. For example suppose that a particular section is not responding in the above Multi-Threaded diagram instead of an entire process not responding, the two sections can respond to the user, which means Responsiveness.

由于多線程是一個(gè)應(yīng)用程序，即使其中一部分被阻止，它也將允許程序運(yùn)行。 因此，它將增加對(duì)特定用戶的響應(yīng)。 例如，假設(shè)在上面的多線程圖中特定部分沒(méi)有響應(yīng)，而不是整個(gè)過(guò)程沒(méi)有響應(yīng)，則這兩個(gè)部分可以響應(yīng)用戶，這意味著響應(yīng)性。

Resource sharing:

資源共享：

It is a beneficial part in case of Multi-Threaded programming as it allows an application to have several different threads of venture within the same address space.

在多線程編程的情況下，它是有益的部分，因?yàn)樗试S應(yīng)用程序在同一地址空間內(nèi)具有多個(gè)不同的冒險(xiǎn)線程。

Boom Throughput:

動(dòng)臂吞吐量：

Number of jobs completed per unit time is increased which is a favorable condition.

每單位時(shí)間完成的作業(yè)數(shù)量增加，這是一個(gè)有利條件。

Communication:

通訊：

As different threads have the same address space so it is very easier to communicate with the Multiple-Thread.

由于不同的線程具有相同的地址空間，因此與多線程通信非常容易。

Economy:

經(jīng)濟(jì)：

As we know that threads share resources of the process for which they belong, by this it will be more economical to create threads for data and resource sharing.

眾所周知，線程共享它們所屬進(jìn)程的資源，因此，創(chuàng)建用于數(shù)據(jù)和資源共享的線程將更加經(jīng)濟(jì)。

Utilization of the Multiprocessor architectures:

多處理器體系結(jié)構(gòu)的利用：

The benefits of Multi-Threading can be increased in an architecture which means threads can be made to run in parallel on a different processor, thus there will increment in a concurrency level.

在體系結(jié)構(gòu)中可以增加多線程的好處，這意味著可以使線程在不同的處理器上并行運(yùn)行，因此并發(fā)級(jí)別會(huì)增加。

Many to One model

多對(duì)一模型

In this mapping is done between the many user-level threads to the one kernel thread. So in this, we have many user levels which are mapped with one kernel thread.

在這種情況下，映射是在許多用戶級(jí)線程到一個(gè)內(nèi)核線程之間完成的。 因此，在此，我們有許多用戶級(jí)別，它們被一個(gè)內(nèi)核線程映射。

One to One Model

一對(duì)一模型

In this mapping is done between each user thread and the kernel thread.

在此，在每個(gè)用戶線程和內(nèi)核線程之間完成映射。

Many to Many Model

多對(duì)多模型

It is a type of model in which it multiplexes many user-level threads to a smaller or equal number of kernel threads. In this, if we have four user threads than we can have either four or less than four kernel thread.

它是一種模型，其中它將許多用戶級(jí)線程多路復(fù)用為更少或相等數(shù)量的內(nèi)核線程。 在這種情況下，如果我們有四個(gè)用戶線程，那么我們可以有四個(gè)或少于四個(gè)內(nèi)核線程。