当sequence B作为sequence A中的一段影片存在的时候木屑列描述正确的是：（）

A:swquence B与其产生的影片会产生互动的关系，对一方的改动必然影响另外一方 B:对sequence B的改动会影响其产生的影片，Layer的操作则对sequence B不会发生影响 C:sequence B会受到其产生的影片的影响，但是对sequence B的操作部影响其Layer D:sequence B与其产生的影片之间部发生影响。

当Sequence B作为Sequence A中的一段影片存在的时候，下列描述正确的是：（）

A:Sequence B与其产生的影片会产生互动的关系，对一方的改动必然影响另外一方 B:对Sequence B的改动会影响其产生的影片，对Layer的操作则对Sequence B不发生影响 C:Sequence B会受到其产生的影片的影响，但是对Sequence B的操作不影响其Layer D:Sequence B与其产生的影片之间不发生影响。

LTE中，RLC层接收端将接收到的RLCPDU重组并排序，生成RLCSDU，然后用（）方式将RLCSDU转发到上层

A:In-sequence Delivery B:nonIn-sequence Delivery C:通过高层信令配置为In-sequence Delivery D:通过高层信令配置为In-sequence Delivery或nonIn-sequence Delivery

Spread spectrum simply means that data is sent in small pieces Over a number of the (46) frequencies available for use at any time in the specified range. Devices using (47) spread spectrum (DSSS) communicate by (48) each byte of data into several parts and sending them concurrently on different (49) . DSSS uses a lot of the available (50) , about 22 megahertz (MHz) .

A:direct-sequence B:discrete-sequence C:duplicate-sequence D:dedicate-sequence

Spread spectrum simply means that data is sent in small pieces Over a number of the (46) frequencies available for use at any time in the specified range. Devices using (47) spread spectrum (DSSS) communicate by (48) each byte of data into several parts and sending them concurrently on different (49) . DSSS uses a lot of the available (50) , about 22 megahertz (MHz) .

A:direct-sequence B:discrete-sequence C:duplicate-sequence D:dedicate-sequence

LTE中，RLC层接收端将接收到的RLCPDU重组并排序，生成RLCSDU，然后用（）方式将RLCSDU转发到上层

A:In-sequence Delivery B:non In-sequence Delivery C:通过高层信令配置为In-sequence Delivery D:通过高层信令配置为In-sequence Delivery 或non In-sequence Delivery