| 1. | Class by copying information from encoded data
通过从编码数据复制信息创建 |
| 2. | Indicates the default ccsid for ebcdic encoded data
指定ebcdic编码数据的默认ccsid 。 |
| 3. | The encoded data to use to create the extension
用于创建扩展的编码数据。 |
| 4. | Directs tracing or debugging output as xml - encoded data to a
将跟踪或调试输出作为xml编码数据定向到 |
| 5. | Class using encoded data and a value that identifies whether the extension is critical
使用编码数据和一个标识扩展是否重要的值初始化 |
| 6. | Object as the attribute type and a specified asn . 1 encoded data as the attribute value
对象用作属性类型，并将指定的asn . 1编码数据用作属性值，对 |
| 7. | Multiplexing 0 it shall be possible to multiplex the coded data corresponding to the various elements in the multimedia scene as well as other relevant data
复用:应能对多媒体场景中不同元素的编码数据以及其它相关数据进行复用 |
| 8. | Class using a specified string representation of an object identifier as the attribute type and a specified asn . 1 encoded data as the attribute value
通过将指定的对象标识符( oid )字符串表示形式用作属性类型，并将指定的asn . 1编码数据用作属性值，对 |
| 9. | This driver module includes implementation of addressing encoder end ’ s internal register , reading encoded data from the encoder end and the interrupt handler of the encoder end
整个驱动模块实现了对编码端内部各寄存器的访问,从编码板读取编码数据和预览数据,以及编码系统中断处理程序等功能。 |
| 10. | Processing communication section collects data from data - sampling section , and gives them to network controlling chip . in this section , a single fpga chip receives data from six channels simultaneously
过程层通讯模块的设计充分运用了fpga集成度高，编程灵活的特点，在一片五万门的fpga中实现了对六路串行曼彻斯特编码数据的接收。 |
