An extract transform is a bit different than its parameter mapping counterpart because its source attribute must be a string.
提取转换与对应的参数映射稍有不同，因为它的源属性必须是字符串。
The mapping of data into bit patterns in various code pages helps interchange global data without data loss and character corruption.
在不同编码页面中数据向二进制模式的映射帮助无损的交换国际数据。
Having properly configured an instance of MockStrutsTestCase, testing Action classes just involves a bit of logical mapping.
正确地配置了MockStrutsTestCase的实例后，测试Action类就只包含一点点逻辑映射。
Meanwhile, the algorithms of 16qam Softdemapping parity bit decoding and symbol mapping were derived.
同时推导了16QAM软去映射、校验比特译码和符号重构算法的数学过程。
Segmented bit vector coding schemes are advanced to obtain a mapping model with high efficiency.
文中提出了分段位向量编码的方案，得到了效率更高的映射模型。
The conversion can also use the filtered lower bit depth video for tone mapping and tone mapping derivation.
该转换还可以使用经滤波的较低比特深度的视频来进行色调映射和色调映射推导。
In the proposed system, based on the soft symbol to bit mapping technique, we first get the soft bit information from the received signals and then send them to the binary turbo decoders.
在本系统中，我们首先利用比特软信息提取技术将接收到的符号软信息映射成比特软信息，然后将其送入二进制译码器进行译码。
A scalable video codec may convert lower bit depth video to higher bit depth video using decoded lower bit depth video for tone mapping and tone mapping derivation.
可分级的视频编解码器可以使用经解码的较低比特深度的视频来进行色调映射和色调映射推导，从而将较低比特深度的视频转换为较高比特深度的视频。
The soft symbol to bit mapping technique is an effective way to combine the multilevel modulation and binary decoding.
比特软信息提取技术是针对多电平调制与二进制译码的结合而采用的一种方法。
The bit mapping technique is the foundation for fast graphics display with the Assembly language.
象素位映射是用汇编语言进行快速绘图的基础。
OTN VCAT static support bit-synchronous mapping mode and asynchronous mapping mode based on scenarios, for optimizing resources and scalability design.
根据应用场景静态支持比特同步映射模式和异步映射模式，实现了资源最优化配置和可扩展性设计。
OTN VCAT static support bit-synchronous mapping mode and asynchronous mapping mode based on scenarios, for optimizing resources and scalability design.
根据应用场景静态支持比特同步映射模式和异步映射模式，实现了资源最优化配置和可扩展性设计。
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