unbuffered

简明释义

英[ʌnˈbʌfəd]美[ʌnˈbɜfərd]

adj. 无缓冲的

英英释义

单词用法

同义词

反义词

例句

1.The Logging column mentions the logging mode that has been set while creating the database (buffered, unbuffered, ANSI compliant, and not logged).

Logging列显示在创建数据库时设置的日志模式（buffered、unbuffered、ANSI compliant和notlogged）。

2.The spent FCC catalyst was reactivated via organic complex method in an unbuffered system.

在非缓冲体系中用有机配位反应法对FCC废催化剂进行复活。

3.You can change that by using unbuffered queries.

你可以使用不缓存查询来跳过它。

4.Your code should run at a frame rate equal to or greater than the Rift display refresh rate, v-synced and unbuffered.

您的代码应该在开启了垂直同步以及关闭缓冲的前提下、能够保持运行时帧速率等于或大于Rift头盔显示屏刷新率。

5.If we specify an unbuffered stream, the buf and size arguments are ignored.

如果我们指定一个无缓存的流，buf和size参数被忽略。

6.The Logging column mentions the logging mode that has been set while creating the database (buffered, unbuffered, ANSI compliant, and not logged).

Logging列显示在创建数据库时设置的日志模式（buffered、unbuffered、ANSI compliant和notlogged）。

7.This was direct generation, unbuffered.

这是直接触发，无缓冲的。

8.For unbuffered input, this is all you need to do.

对于无缓冲的输入，你只需要做这些。

9.Late last month, Samsung provided 1.2-V 2-Gbyte DDR4 unbuffered dual in-line memory modules (UDIMM) to a controller maker for testing.

上个月月底，三星曾将一款1.2V 2GB容量的DDR4unbuffered双列直插内存条样品送给了某家内存控制器厂商进行样品测试。

10.Using unbuffered 无缓冲的 sockets in network programming can help achieve lower latency in communication.

在网络编程中使用unbuffered 无缓冲的 套接字可以帮助实现更低的通信延迟。

11.In database transactions, an unbuffered 无缓冲的 approach may increase performance but risks data integrity.

在数据库事务中，unbuffered 无缓冲的 方法可能提高性能，但会增加数据完整性风险。

12.In a programming context, using unbuffered 无缓冲的 I/O can lead to faster data processing in real-time applications.

在编程上下文中，使用unbuffered 无缓冲的 I/O 可以在实时应用中加快数据处理速度。

13.The unbuffered 无缓冲的 mode of the printer ensures that each page is printed without delay.

打印机的unbuffered 无缓冲的 模式确保每页打印没有延迟。

14.For audio streaming, unbuffered 无缓冲的 data transfer can reduce latency, providing a better user experience.

对于音频流媒体，unbuffered 无缓冲的 数据传输可以减少延迟，从而提供更好的用户体验。

作文

In the world of technology and computing, terms like 'buffered' and 'unbuffered' are often used to describe how data is managed and processed. Understanding the difference between these two concepts can significantly influence the performance and efficiency of systems we use every day. In this essay, I will explore the meaning of unbuffered, its implications in various contexts, and why it matters in our digital age.To begin with, the term unbuffered refers to a method of data handling where information is processed without the use of an intermediary storage area known as a buffer. A buffer temporarily holds data while it is being transferred from one place to another, allowing for smoother and more efficient processing. However, when data is unbuffered, it means that there is no such temporary storage, and the data is sent directly from the source to the destination without any delay or waiting period.This direct transfer can be advantageous in certain scenarios, particularly where speed is crucial. For example, in real-time applications such as online gaming or live video streaming, using unbuffered data transmission can reduce latency, enabling a more seamless experience for users. When every millisecond counts, the absence of buffering can make a significant difference in performance.On the other hand, operating in an unbuffered manner can also pose challenges. Without a buffer, if the receiving system is unable to process the incoming data quickly enough, it may lead to data loss or corruption. This is particularly relevant in scenarios where large volumes of data are being transmitted, and the receiving end cannot keep up with the pace. In such cases, using buffered data transfer can help manage the flow of information more effectively, ensuring that no data is lost during transmission.Moreover, the concept of unbuffered is not limited to data transmission alone; it also extends to memory management in computer systems. In computing, unbuffered memory modules (like RAM) operate without additional circuitry that buffers the data being read or written. This can result in faster access times and improved performance for applications that require rapid data processing. However, similar to data transmission, unbuffered memory can be less stable under heavy loads, making it more suitable for specific applications rather than general use.In summary, the term unbuffered encapsulates a method of processing data that prioritizes speed and directness over stability and error management. While it offers notable advantages in certain high-speed applications, it also comes with inherent risks that must be carefully considered. As technology continues to evolve, understanding the nuances of terms like unbuffered becomes increasingly important for both developers and users alike. By grasping these concepts, we can make informed decisions about the technologies we choose to implement and utilize in our daily lives, ensuring that we harness the full potential of our digital environments.

在科技和计算机的世界中，像“缓冲”和“无缓冲”这样的术语常常用来描述数据是如何管理和处理的。理解这两个概念之间的区别可以显著影响我们每天使用的系统的性能和效率。在这篇文章中，我将探讨无缓冲的含义，它在各种上下文中的影响，以及它在我们数字时代的重要性。首先，无缓冲这个术语指的是一种数据处理方式，其中信息在没有使用称为缓冲区的中介存储区域的情况下进行处理。缓冲区临时保存数据，同时将其从一个地方传输到另一个地方，从而实现更流畅和高效的处理。然而，当数据是无缓冲时，这意味着没有这样的临时存储，数据直接从源头发送到目的地，没有任何延迟或等待时间。这种直接传输在某些场景中可能是有利的，特别是在速度至关重要的情况下。例如，在在线游戏或直播视频流等实时应用中，使用无缓冲的数据传输可以减少延迟，为用户提供更无缝的体验。当每毫秒都很重要时，缺乏缓冲可以在性能上产生显著差异。另一方面，以无缓冲的方式操作也可能带来挑战。如果没有缓冲区，接收系统无法快速处理传入数据，可能会导致数据丢失或损坏。这在大量数据被传输的场景中特别相关，而接收端无法跟上速度。在这种情况下，使用缓冲数据传输可以更有效地管理信息流，确保在传输过程中没有数据丢失。此外，无缓冲的概念不仅限于数据传输；它还扩展到计算机系统中的内存管理。在计算中，无缓冲内存模块（如RAM）在读取或写入数据时不使用额外的电路来缓冲数据。这可以导致更快的访问时间和对需要快速数据处理的应用程序的性能提升。然而，与数据传输类似，无缓冲内存在负载过重时可能不够稳定，因此更适合特定应用而不是一般用途。总之，无缓冲这个术语概括了一种处理数据的方法，优先考虑速度和直接性，而不是稳定性和错误管理。虽然它在某些高速应用中提供了显著的优势，但也伴随着固有的风险，必须仔细考虑。随着技术的不断发展，理解像无缓冲这样的术语的细微差别对开发人员和用户来说变得越来越重要。通过掌握这些概念，我们可以对选择实施和利用的技术做出明智的决策，确保我们充分发挥数字环境的潜力。