Demand Side Management ( DSM ) constitutes an important aspect of Integrated Resources Plan ( IRP ).

DSM is an advanced management methods.

需求侧管理是一项先进的管理方法.

The entry has been expanded to use the anchor symbol for the inclusion of modules.

DSN可以扩展使用锚标记来包含模块(可能翻译的不是很准确).

The system , or any user having privileges , can use dataset up with a system DSN.

系统管理员或任何有权限的用户都可以使用.

The tey issues involving application of multimode fiber in this broadband DSN have been clarified.

有关多模光纤在该宽带网络中应用的主要问题已得到澄清.

Define separate DSN name for server platform.

定义单独的DSN名称为服务器平台.

Using procedures established ODBC source connection, the procedure describes how to create a DSN source.

利用程序建立ODBC数据源连接, 本程序主要说明如何建立DSN数据源.

Their general character are DSN ( data source name ) use.

它们的共性是DSN ( 数据源名 ) 的使用.

Shows the data source name ( DSN ) for this connection.

显示此连接的数据源名称 ( DSN ).

Thus a DSP based digital flight attitude simulator was designed.

鉴于此作者参与设计并实现了基于DSP的数字航姿模拟器.

This paper brings forward the modulation method based on DSP technique firstly.

本论文首次提出了基于DSP技术的软件调制方法.

Based on DSP this paper design and implement a SVC controller.

本文设计并实现了基于DSP的静止型动态无功补偿装置调节器.

Lastly the digital signal processing block made of FPGA + DSP is presented.

最后给出了由FPGA+DSP构成的数字信号模块的实现过程.

DSP based technology has very promising future in manned space flight area.

在载人航天领域,基于DSP芯片的技术具有广阔的应用前景.

Good knowledge in embedded software ( particular DSP software ) design.

具有嵌入式软件 ( 尤其DSP软件 ) 设计的良好知识结构.

Dsp good knot through loopback mode can read the data.

结好了dsp通过 can环回 模式读取数据的方式.

Chapter five discusses the software design and implementation the DSP sub system.

第五章详细论述了下单元中的DSP子系统的软件设计和实现.

Design of IP Speech communication system based on DSP is presented.

介绍了基于DSP技术的IP语音通信系统的设计.

Researching the DSP application in programmable digital hearing aid.

研究DSP在可编程全数码助听器中的应用.

Thirdly, the modularization software design based on DSP is expatiated.

然后, 阐述了基于DSP的软件模块化结构设计.

Put forward the transfer-controlling policy in DSR _ T technique.

提出了DSR_T技术中的中转控制策略.