A transmission processor wirelessly transmits the mapped signal.

A permission processor (313) retrieves the permission settings for the first group and these are communicated to the second device (101) by a transmit processor (315).

Preferably, a CPU (6) is used to automatically control the switch circuit (5).

The communications processor formulates a device command to send to a remote device processor which is connected in close proximity to a device that the user wants to control.

A transmit processor (102) and digital signal processor (104) generate in-phase (I) and quadrature (Q) components for a baseband signal (BB).

A transmit processor (207) transmits the messages determined to be forwarded to the second network element (109).

The transmitting processor (11) and receivers (14) may include forward error correction.

The method also includes using one or more transmit processors to transmit packets to the network.

A transmission processor transmits, to the terminal, the user data stored in the user buffer, and Packet Start Indicator information.

The receiver compensates for these errors by communicating occurrences to the transmitting processor which reacts by adjusting the laser drive current.

A streaming processor receives raw video data from a video source and communicates a compressed version of the video data to a reflector network.

The frequency of the transmission processor input byte clock (SC/2, fig. 6; fig. 15) is an integer sub-multiple of an output symbol clock (SC) frequency.

A transmission processor generates a modulated symbol by encoding, interleaving and modulating a physical layer packet to be transmitted, and arranges the modulated symbol in a data tone.

The extension complements standard data packet processing program architecture for specific use for processors having a packet management unit that functions independently from a streaming processing unit.