Rogers Communications Inc.

George Maynard Hart

Edward A O'Leary

Victor Kuarsingh

Tak Wing Wan

Jean-Yves Bernard

Edward A O'leary

Described is a method of managing the bonding of transmissions over a legacy transmission system and over a new transmission system, the legacy transmission system comprising a legacy Cable Modem Termination System (CMTS), the new transmission system comprising a new CMTS and configured to transmit data using a new mode, the method comprising: receiving data at the new CMTS, the data comprising an identification of a receiver as a destination for the data, the legacy receiver configured to receive data transmitted using the legacy mode; monitoring an output of the legacy CMTS; and determining, based on the monitored output, whether to route the data to the legacy CMTS to transmit to the receiver.

Channel bonding for multiple communication systems

Described are methods and devices for detecting cable network interference on a wireless network. In one aspect, disclosed is a method, performed by a processor of a cable interference detection device, of detecting interference in a wireless network caused by a cable network. The method includes: obtaining a signal signature of a wireless signal received at a receiver of a mobile communication device, the signal signature being a fast fourier transform representation of the wireless signal; and determining that the wireless signal represents interference caused by the cable network by comparing the signal signature to a cable network signal signature.

Detection of cable network interference on wireless network

Methods and devices are described for managing the use of system resources in a wireless network. In one aspect, a method is performed by a wireless network system associated with a wireless network. The method provides upstream communications from an electronic device to the wireless network. The method includes: identifying a set of carriers that may be used together without causing an intermodulation product that falls within one or more active pass-bands associated with a receiver of the electronic device; and scheduling a carrier aggregated upstream communication from the electronic device to the wireless network using the identified set of carriers, the carrier aggregated upstream communication being an orthogonal frequency division multiplexing communication.

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Campbellville, Canada

George Maynard Hart