Abstract:
A switch includes a control entry holding part which holds a control entry(ies) set by a predetermined control apparatus; a packet processing part which processes a received packet with reference to the control entry(ies); a time synchronization part which performs time synchronization among a device(s) and an apparatus(es) mounted on a vehicle; and a state change part which changes a combination of the control entry(ies) which the packet processing part refers to using a time.
Abstract:
A control apparatus includes: a control part which controls communication in a vehicle by setting a control entry(ies) to a plurality of switches relaying, by referring to the control entry(ies), a packet(s) input to and output from an ECU(s) installed on the vehicle; and an operation part which performs operation of the control entry according to contents of reprogramming using data for update which updates a program of the ECU(s).
Abstract:
A control apparatus includes: at least one memory configured to store instructions; and at least one processor configured to execute the instructions to: control communication in a vehicle by setting a control entry to a plurality of switches relaying, by referring to the control entry, a packet input to and output from an ECU installed in the vehicle, and perform an authentication processing for a device attempting communication with the ECU via any one of the plurality of switches. The control sets, to the switch, a temporary control entry realizing the communication between the device and ECU when authentication of the device is successful.
Abstract:
A base station (1) is connectable to a mobile station (4) by a plurality of Radio Access Technologies (RATs) including first and second RATs. The base station (1) is configured to be able to use a communication path (400) that passes through a first upstream network (140) corresponding to the first RAT, when the mobile station (4) performs communication via the second RAT. This enables, for example, efficient use of the upstream networks when the Multi-RAT base station (1) supports a plurality of upstream networks.
Abstract:
A communication system, a communication apparatus and a communication control method are provided that make it possible to easily introduce a traffic offload function. A communication system including: a base station (10) wirelessly connecting to terminals (20); and a network (40) is provided with an address translation table (101) for offloading a traffic from a terminal to the network, and a source translation section (102) for translating a source port in the address translation table, per radio bearer (RB) that is set up between a traffic source terminal and the base station.
Abstract:
A technique enabling diverse communication quality control for a communication service is provided. A communication apparatus includes a first means for storing a parameter notified from a control apparatus, wherein the control apparatus can send a control signal related to the communication path to the communication apparatus; and a second means that can perform communication quality control on a packet, based on a quality class of the communication path corresponding to the packet and the parameter corresponding to the communication path.
Abstract:
A technique enabling diverse communication quality control for a communication service is provided. A communication apparatus according to the present invention is a communication apparatus that performs communication over a communication path set up in a network, including: a first means for identifying the communication path corresponding to a packet; and a second means for adding quality information to the packet, wherein the quality information is selected from among a plurality of pieces of quality information associated with a quality class of the identified communication path.