Abstract: Disclosed are a system and a method for providing multimedia content to customers at a vendor location. A control server and a plurality of patron devices are provided at the vendor location. The control server receives the multimedia content from at least one multimedia content source. Each patron device of the plurality of patron devices communicates with the control server over a communication network for receiving the multimedia content from the control server. The each patron device displays the multimedia content received from the control server for providing the multimedia content to a customer. The each patron device is configured to receive customer input and communicate multimedia content information to the control server based on the customer input. The control server may provide the multimedia content to the each patron device based on the multimedia content information received from the each patron device.

Abstract: Disclosed are a system and a method for providing multimedia content to customers at a vendor location. A control server and a plurality of patron devices are provided at the vendor location. The control server receives the multimedia content from at least one multimedia content source. Each patron device of the plurality of patron devices communicates with the control server over a communication network for receiving the multimedia content from the control server. The each patron device displays the multimedia content received from the control server for providing the multimedia content to a customer. The each patron device is configured to receive customer input and communicate multimedia content information to the control server based on the customer input. The control server may provide the multimedia content to the each patron device based on the multimedia content information received from the each patron device.

Abstract: Disclosed are a system and a method for providing multimedia content to customers at a vendor location. A control server and a plurality of patron devices are provided at the vendor location. The control server receives the multimedia content from at least one multimedia content source. Each patron device of the plurality of patron devices communicates with the control server over a communication network for receiving the multimedia content from the control server. The each patron device displays the multimedia content received from the control server for providing the multimedia content to a customer. The each patron device is configured to receive customer input and communicate multimedia content information to the control server based on the customer input. The control server may provide the multimedia content to the each patron device based on the multimedia content information received from the each patron device.

Abstract: Disclosed are a system and a method for providing multimedia content to customers at a vendor location. A control server and a plurality of patron devices are provided at the vendor location. The control server receives the multimedia content from at least one multimedia content source. Each patron device of the plurality of patron devices communicates with the control server over a communication network for receiving the multimedia content from the control server. The each patron device displays the multimedia content received from the control server for providing the multimedia content to a customer. The each patron device is configured to receive customer input and communicate multimedia content information to the control server based on the customer input. The control server may provide the multimedia content to the each patron device based on the multimedia content information received from the each patron device.

Abstract: Disclosed are a system and a method for providing multimedia content to customers at a vendor location. A control server and a plurality of patron devices are provided at the vendor location. The control server receives the multimedia content from at least one multimedia content source. Each patron device of the plurality of patron devices communicates with the control server over a communication network for receiving the multimedia content from the control server. The each patron device displays the multimedia content received from the control server for providing the multimedia content to a customer. The each patron device is configured to receive customer input and communicate multimedia content information to the control server based on the customer input. The control server may provide the multimedia content to the each patron device based on the multimedia content information received from the each patron device.

Abstract: Communication between a burst manager and plural remote terminals over a first passive optical network (PON) and a second PON, with each PON having a downstream portion and an upstream portion, includes transmitting a common synchronization signal from the burst manager to the plural remote terminals over both downstream PON portions and transmitting burst data from the plural remote terminals over both upstream PON portions to the burst manager. The burst data for each remote terminal is delayed on the first and second PONs by corresponding first and second delays.

Abstract: A method and system for using burst mode transmission on multiple optical wavelengths is disclosed. In a passive optical network, a synchronization signal is transmitted from a central terminal to remote terminals and burst data signals are transmitted from remote terminals to the central terminal. A first group of remote terminals transmits burst data signals in respective timeslots that are synchronized to the received synchronization signal and multiplexed at a first optical wavelength. A second group of remote terminals transmits burst data signals in respective timeslots that are synchronized to the received synchronization signal and multiplexed at a second optical wavelength. The timeslots are synchronized and phase aligned with each other such that optical crosstalk interference between adjacent optical wavelengths is avoided and each wavelength can be spectrally spaced as close as possible to adjacent wavelengths.

Abstract: A method and system provide an approach to support the aggregation of multiple broadband services including voice, high speed data, video and image through the transmission of packets and cells simultaneously over a passive optical network. The method of communication between a central terminal and plural remote terminals over a passive optical network includes transmitting downstream data from the central terminal to the plural remote terminals in successive downstream frames over a downstream network portion and transmitting upstream data from the plural remote terminals to the central terminal in respective upstream timeslots over an upstream network portion, the upstream timeslots forming successive upstream frames. The downstream data includes downstream packet data and downstream ATM cell data and the upstream data including upstream packet data and upstream ATM cell data.

Abstract: A method of data recovery includes receiving a data stream of data bits and splitting the data stream to N identical input data streams where N is an integer greater than 1. Each of the N input data streams is delayed with respect to the preceding one by a bit time divided by N. Each of the N delayed input data streams is then sampled using a local clock to provide N samples which form an N-bit sample code per clock period. At least two successive sample codes are decoded to select one of the N delayed input data streams most aligned with the local clock. The selected data stream is thereby retimed to the local clock for synchronous processing of the data stream payload. The local system clock is held constant in the presence of multiple asynchronous data streams for improved robustness in overall system performance.

Abstract: A method of data recovery includes receiving a data stream of data bits and splitting the data stream to N identical input data streams where N is an integer greater than 1. Each of the N input data streams is delayed with respect to the preceding one by a bit time divided by N. Each of the N delayed input data streams is then sampled using a local clock to provide N samples which form an N-bit sample code per clock period. At least two successive sample codes are decoded to select one of the N delayed input data streams most aligned with the local clock. The selected data stream is thereby retimed to the local clock for synchronous processing of the data stream payload. The local system clock is held constant in the presence of multiple asynchronous data streams for improved robustness in overall system performance.