| 1. | The full-duplex side usually will register frame check sequence errors, or runt frames.
|
| 2. | The Frame Check Sequence ( FCS ) is the last four bytes in the standard 802.11 frame.
|
| 3. | The frame check sequence ( FCS ) field is used for determining whether an individual frame has an error.
|
| 4. | This is used to tell if the packet had an frame check sequence ( FCS ) error in reception.
|
| 5. | A single bit error in either the packet or the Frame Check Sequence causes the ground station to reject the packet.
|
| 6. | Still, the full duplex device, not expecting incoming frames to be truncated by collision detection, will report frame check sequence errors.
|
| 7. | The start and end of the frame are signalled by the'flag', and error detection is carried out by the frame check sequence.
|
| 8. | A frame check sequence ( FCS ) is appended to each fragment, which is then transmitted by the next available active PME in the aggregated group.
|
| 9. | When used as EtherType, the length of the frame is determined by the location of the interpacket gap and valid frame check sequence ( FCS ).
|
| 10. | A frame check sequence is responsible for error checking, which, due to the system's simplicity, must be done on the application layer.
|
मोबाइल