Abstract: Systems and methods for multi-interface transmission gateway processing. In some embodiments, the system includes one or more vehicles, each including at least one vehicle gateway, and wireless communication interfaces, at least one management gateway in communication with the vehicle gateway of each vehicle through at least one of the wireless communication interfaces, and one or more management servers in communication with each of the one or more vehicles via the management gateway, wherein the one or more management servers is configured to monitor or manage a status of each of the one or more vehicles. To facilitate reliable and low latency communication between the various devices, an overlay network is maintained over the wireless communication interfaces, and each device is assigned a virtual network interface for inter-device communication purposes.

Abstract: Methods, systems, and computer readable media for utilizing a linear sequence coding scheme. In some embodiments, a method for utilizing a linear sequence coding scheme includes at a first computing device generating, using a linear sequence coding scheme and a source message, coded network packets, wherein each of the coded network packets indicates coded symbols, wherein each of the coded symbols is linear independent, and sending, via a lossy channel or a wireless channel, the coded network packets.

Abstract: Systems and methods for multi-interface transmission gateway processing. In some embodiments, the system includes one or more vehicles, each including at least one vehicle gateway, and wireless communication interfaces, at least one management gateway in communication with the vehicle gateway of each vehicle through at least one of the wireless communication interfaces, and one or more management servers in communication with each of the one or more vehicles via the management gateway, wherein the one or more management servers is configured to monitor or manage a status of each of the one or more vehicles. To facilitate reliable and low latency communication between the various devices, an overlay network is maintained over the wireless communication interfaces, and each device is assigned a virtual network interface for inter-device communication purposes.

Abstract: Charging is enabled in ad hoc networks, without access to external infrastructure networks. For example, when a communication is initiated by a mobile communication device within an ad hoc network, a small initiation fee is stored securely on the device, typically on a smart card. Transfer of the charging information may then occur more or less automatically and/or when the device reaches a coverage area of the operator network. The invention is also advantageous for charging in cellular and/or wireless networks, as charging can be performed with low administration costs.

Abstract: Charging is enabled in ad hoc networks, without access to external infrastructure networks. For example, when a communication is initiated by a mobile communication device within an ad hoc network, a small initiation fee is stored securely on the device, typically on a smart card. Transfer of the charging information may then occur more or less automatically and/or when the device reaches a coverage area of the operator network. The invention is also advantageous for charging in cellular and/or wireless networks, as charging can be performed with low administration costs.