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multiplexing的中国译典句库查询结果如下：
Information technology-Telecommunications and information exchange between systems; Private integrated Services Network-Mapping functions for the employment of 64-kbit/s circuit mode connections with 16-kbit/s sub-multiplexing
信息技术.系统间电信和信息交换.专业综合业务网.带16-kbit/s子复路的64-kbit/s电路式连接件的利用的映射功
属类：行业标准名称-国际标准-ISO/IEC 17310-2000
Information technology-Telecommunications and information exchange between systems; Private integrated Services Network-Mapping functions for the employment of 64-kbit/s circuit mode connections with 8-kbit/s sub-multiplexing
信息技术.系统间电信和信息交换.专业综合业务网.带8-kbit/s子复路的64-kbit/s电路式连接件的利用的映射功能
属类：行业标准名称-国际标准-ISO/IEC 17311-2000
A cyclical multiplexing technique, allocating resources in fixed-time slices
以固定的时间片分配资源的循环复用技术。
属类：综合句库--
In communications, a channel derived by time division multiplexing
在通信技术中,一种按时间分割成多路复用的信道。
属类：综合句库--
A Partial-Band Jamming Rejection Method for Orthogonal Frequency Division Multiplexing Systems
正交频分复用系统中的一种部分频带干扰抑制方法
属类：行业术语-中文论文标题-
Orthogonal Frequency Division Multiplexing
正交频率分开多路复用技术
属类：综合句库-数字技术-
(Private Integrated Services Network (PISN)-Mapping functions for the employment of 64 kbit/s circuit mode connections with 8 kbit/s sub-multiplexing (ISO/IEC 17311 (2002), modified)(Endorsement of the English version EN 301924 V 1.1.1 (2002-09)as Ger
专业综合业务网.带8kbit/s子复路的64kbit/s电路式连接件的利用用映射功能
属类：行业标准名称-国际标准-DIN EN 301924-2003
Sub-Carriers Power Assignment Algorithm for Maximization Throughput of Adaptive Orthogonal Frequency Division Multiplexing Systems
自适应正交频分复用吞吐量最大化功率分配算法
属类：行业术语-中文论文标题-
Private Integrated Services Network (PISN)-Mapping functions for the employment of 64 kbit/s circuit mode connections with 16 kbit/s sub-multiplexing ; English version EN 301039 V 1.1.1 (1997-12)
综合服务私人网络(PISN).使用与16-Kbit/s超多路系统连接的64Kbit/s线路转接器的配置功能
属类：行业标准名称-国际标准-DIN EN 301039-1998
Data rates for recently installed fiber optic systems have moved into the gigabit per second range. The use of wavelength multiplexing to further increase the fiber information capacity is becoming more widespread.
最近敷设的光纤系统的传输速率已达到每秒吉比特(千兆比特)。为进一步增加光纤的信息容量,正在逐渐广泛采用波分复用方法。
属类：行业术语-邮电通信-电信
| 1 | 信息技术.系统间电信和信息交换.专业综合业务网.带16-kbit/s子复路的64-kbit/s电路式连接件的利用的映射功 | Information technology-Telecommunications and information exchange between systems; Private integrated Services Network-Mapping functions for the employment of 64-kbit/s circuit mode connections with 16-kbit/s sub-multiplexing |
|
| 2 | 信息技术.系统间电信和信息交换.专业综合业务网.带8-kbit/s子复路的64-kbit/s电路式连接件的利用的映射功能 | Information technology-Telecommunications and information exchange between systems; Private integrated Services Network-Mapping functions for the employment of 64-kbit/s circuit mode connections with 8-kbit/s sub-multiplexing |
|
| 3 | 以固定的时间片分配资源的循环复用技术。 | A cyclical multiplexing technique, allocating resources in fixed-time slices |
|
| 4 | 在通信技术中,一种按时间分割成多路复用的信道。 | In communications, a channel derived by time division multiplexing |
|
| 5 | 正交频分复用系统中的一种部分频带干扰抑制方法 | A Partial-Band Jamming Rejection Method for Orthogonal Frequency Division Multiplexing Systems |
|
| 6 | 正交频率分开多路复用技术 | Orthogonal Frequency Division Multiplexing |
|
| 7 | 专业综合业务网.带8kbit/s子复路的64kbit/s电路式连接件的利用用映射功能 | (Private Integrated Services Network (PISN)-Mapping functions for the employment of 64 kbit/s circuit mode connections with 8 kbit/s sub-multiplexing (ISO/IEC 17311 (2002), modified)(Endorsement of the English version EN 301924 V 1.1.1 (2002-09)as Ger |
|
| 8 | 自适应正交频分复用吞吐量最大化功率分配算法 | Sub-Carriers Power Assignment Algorithm for Maximization Throughput of Adaptive Orthogonal Frequency Division Multiplexing Systems |
|
| 9 | 综合服务私人网络(PISN).使用与16-Kbit/s超多路系统连接的64Kbit/s线路转接器的配置功能 | Private Integrated Services Network (PISN)-Mapping functions for the employment of 64 kbit/s circuit mode connections with 16 kbit/s sub-multiplexing ; English version EN 301039 V 1.1.1 (1997-12) |
|
| 10 | 最近敷设的光纤系统的传输速率已达到每秒吉比特(千兆比特)。为进一步增加光纤的信息容量,正在逐渐广泛采用波分复用方法。 | Data rates for recently installed fiber optic systems have moved into the gigabit per second range. The use of wavelength multiplexing to further increase the fiber information capacity is becoming more widespread. |
|
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