摘要:
A signal may be received in accordance with a protocol stack having a first portion (400) that contains a control layer and a stream layer, and a second portion (401) that contains a physical layer and a MAC layer. The first portion may invoke an application program interface (API 1402) to instruct the second portion to replace a current set of signal acquisition parameters with an initial set of signal acquisition parameters.
摘要:
A signal may be received in accordance with a protocol stack having a first portion (400) that contains a control layer and a stream layer, and a second portion (401) that contains a physical layer and a MAC layer. The first portion may invoke an application program interface (API 1402) to instruct the second portion to replace a current set of signal acquisition parameters with an initial set of signal acquisition parameters.
摘要:
Packets of information may be received in accordance with a protocol stack having a first portion (400) that contains a control layer and a stream layer, and a second portion (401) that contains a physical layer and a MAC layer. The second portion also maintains a group of inbound packets and respectively associated error statuses. The first portion invokes an application programming interface (API 1301,1302,1401,1402) to instruct the second portion to perform an action with respect to at least one of the inbound packets, which action is related to the error status associated with that packet.
摘要:
An apparatus is configured to receive a signal in accordance with a protocol stack comprising a physical layer, MAC layer, control layer and stream layer. The apparatus includes a receiver stack processing system configured to provide the control and stream layers, a media processing system configured to provide the physical and MAC layers, and an application programming interface (API) to support service requests from the receiver stack processing system to the media processing system.
摘要:
A computer system coupled to a network is disclosed which provides multiple paths for each serial input/output connection. In the receive mode, the current invention separates serial data frames which are composed of sub-functions/channels into sub-function data streams. The sub-function data streams can then be transferred out one at a time. In the transmit mode, the current invention forms data load patterns from the sub-function data streams. Each data load pattern is formed by selecting the appropriate binary bits from the sub-function data streams and arranging the binary bits selected in the sequence desired. The binary bits of each data load pattern are transmitted serially.
摘要:
A synchronous bit-serial data interface utilizes a transmitter that transmits a data stream having duplicates of each data bit. The receiver samples the data stream utilizing either the rising or falling edge of a received clock signal. If the rising edge is utilized the first duplicated bit is discarded and if the falling edge is utilized the second duplicated bit is discarded. The system allows transmitter/receiver pairs of devices that sample and latch data on the same clock edge to communicate.