Abstract: A communication system includes a plurality of mobile nodes forming a mesh network. A plurality of wireless communication links connect the mobile nodes together. Each mobile node is formed as a communications device and operative for transmitting data packets wirelessly to other mobile nodes via the wireless communications link from a source mobile node through intermediate neighboring mobile nodes to a destination mobile node using a link state routing protocol and multiple waveforms.

Abstract: A communication system includes a plurality of mobile nodes forming a mesh network. A plurality of wireless communication links connect the mobile nodes together. Each mobile node is formed as a communications device and operative for transmitting data packets wirelessly to other mobile nodes via the wireless communications link from a source mobile node through intermediate neighboring mobile nodes to a destination mobile node using a link state routing protocol and multiple waveforms.

Abstract: A communication system includes a plurality of mobile nodes forming a mesh network. A plurality of wireless communication links connect the mobile nodes together. Each mobile node is formed as a communications device and operative for transmitting data packets wirelessly to other mobile nodes via the wireless communications link from a source mobile node through intermediate neighboring mobile nodes to a destination mobile node using a link state routing protocol and multiple waveforms.

Abstract: A communications system includes a plurality of Time Division Multiple Access (TDMA) mesh networks formed by a plurality of wireless nodes. Each plurality of wireless nodes within a respective TDMA mesh network comprises a transmitter and receiver that communicate on a primary and optionally at least one secondary frequency and use a TDMA epoch that is divided into at least a beacon interval using the primary frequency and a digital data interval using the primary and secondary frequencies. The wireless nodes are synchronized to each other such that the start of TDMA epochs for each TDMA mesh network overlap and have the same TDMA epoch duration or an integer multiple thereof.

Abstract: A system and method for communicating includes a plurality of wireless nodes forming a Time Division Multiple Access (TDMA) mesh network. Each wireless node includes a transmitter and receiver and is operative for transmitting data packets across the TDMA mesh network from a source node through intermediate nodes to a destination node using a TDMA epoch such that a slot of channel time is allocated in both time and TDMA epoch prior to a wireless node transmitting the data packet.

Abstract: In accordance with a non-limiting example of the present invention, a communications system includes a plurality of Time Division Multiple Access (TDMA) mesh networks, each comprising a plurality of wireless nodes, each having a transmitter and receiver that communicate on a primary and at least one secondary frequency, and communicate using a TDMA epoch that is divided into at least a beacon interval using the primary frequency and a digital data interval using both the primary and secondary frequencies. The wireless nodes are operative for allocating a secondary frequency usage of a digital data interval for a TDMA mesh network to fall into an unused portion of the secondary frequency usage of another TDMA mesh network.

Abstract: A communication system includes a plurality of mobile nodes forming a mesh network. A plurality of wireless communication links connect the mobile nodes together.

Abstract: A system and method for communicating includes a plurality of wireless nodes forming a Time Division Multiple Access (TDMA) mesh network. Each wireless node includes a transmitter and receiver and is operative for transmitting data packets across the TDMA mesh network from a source node through intermediate nodes to a destination node using a TDMA epoch such that a slot of channel time is allocated in both time and TDMA epoch prior to a wireless node transmitting the data packet.

Abstract: A communications system includes a plurality of Time Division Multiple Access (TDMA) mesh networks formed by a plurality of wireless nodes. Each plurality of wireless nodes within a respective TDMA mesh network comprises a transmitter and receiver that communicate on a primary and optionally at least one secondary frequency and use a TDMA epoch that is divided into at least a beacon interval using the primary frequency and a digital data interval using the primary and secondary frequencies. The wireless nodes are synchronized to each other such that the start of TDMA epochs for each TDMA mesh network overlap and have the same TDMA epoch duration or an integer multiple thereof.

Abstract: In accordance with a non-limiting example of the present invention, a communications system includes a plurality of Time Division Multiple Access (TDMA) mesh networks, each comprising a plurality of wireless nodes, each having a transmitter and receiver that communicate on a primary and at least one secondary frequency, and communicate using a TDMA epoch that is divided into at least a beacon interval using the primary frequency and a digital data interval using both the primary and secondary frequencies. The wireless nodes are operative for allocating a secondary frequency usage of a digital data interval for a TDMA mesh network to fall into an unused portion of the secondary frequency usage of another TDMA mesh network.