Abstract: A learning apparatus includes an acquisition unit configured to acquire communication data transmitted to a network, and a learning unit configured to perform machine learning by using the communication data acquired by the acquisition unit as teacher data. The network includes a communication apparatus and a communication apparatus, and the acquisition unit acquires communication data between the communication apparatuses.

Abstract: To enable a wireless terminal to run an application program by using resources of other apparatuses, a base station system 1 includes a plurality of base stations 100 configured to execute assigned functions, each assigned function being a part of a plurality of functions of a virtual machine executing an application program for a wireless terminal apparatus 400. The plurality of functions of the virtual machine are distributedly executed by servers 115, 125, 135 of the plurality of base stations 100.

Abstract: A wireless resource allocation device 50 includes: a prediction unit 51 that predicts a communication rate of communication information, which is transmitted and received by a wireless terminal device 60, on the base that communication-rate-control-information which is included in the communication information and which is determined by a communication protocol regularly changes; and an allocation unit 52 that allocates wireless resources, which are used for communication with the wireless terminal device 60, on the base of the communication rate predicted by the prediction unit 51.

Abstract: A wireless access network device includes a control unit configured to set a parameter indicating a data amount that a receiving device can receive, in a header of a protocol of at least one of a transport layer and a layer superordinate to the transport layer, the protocol being utilized when a transmitting device transmits data to the receiving device, and a communication unit that communicates with a terminal device.

Abstract: In order to prevent degradation in communication quality at the time of handover, this base station apparatus is provided with: an antenna; and a cell forming unit that receives, from another base station apparatus, information indicating the movement state of a mobile station apparatus accommodated in the other base station apparatus and forms a cell on the basis of the information by using the antenna.

Abstract: To enable a wireless terminal to run an application program by using resources of other apparatuses, a base station system 1 includes a plurality of base stations 100 configured to execute assigned functions, each assigned function being a part of a plurality of functions of a virtual machine executing an application program for a wireless terminal apparatus 400. The plurality of functions of the virtual machine are distributedly executed by servers 115, 125, 135 of the plurality of base stations 100.

Abstract: A wireless access network device includes a control unit configured to set a parameter indicating a data amount that a receiving device can receive, in a header of a protocol of at least one of a transport layer and a layer superordinate to the transport layer, the protocol being utilized when a transmitting device transmits data to the receiving device, and a communication unit that communicates with a terminal device.

Abstract: In order to prevent degradation in communication quality at the time of handover, this base station apparatus is provided with: an antenna; and a cell forming unit that receives, from another base station apparatus, information indicating the movement state of a mobile station apparatus accommodated in the other base station apparatus and forms a cell on the basis of the information by using the antenna.

Abstract: A wireless resource allocation device 50 includes: a prediction unit 51 that predicts a communication rate of communication information, which is transmitted and received by a wireless terminal device 60, on the base that communication-rate-control-information which is included in the communication information and which is determined by a communication protocol regularly changes; and an allocation unit 52 that allocates wireless resources, which are used for communication with the wireless terminal device 60, on the base of the communication rate predicted by the prediction unit 51.

Abstract: [Problem] To provide a wireless relay system, a wireless relay method, a wireless relay program, and a wireless relay station with which it is possible to relay a communication already being performed between a base station and a mobile communication terminal. [Solution] A communication means (21) receives a signal that a mobile communication terminal (30) and a base station (10) are mutually transmitting and receiving. A relay means (23) receives a signal transmitted by the mobile communication terminal (30) and transmits the received signal to the base station (10), and receives a signal transmitted to the mobile communication terminal (30) by the base station (10) and transmits the received signal to the mobile communication terminal (30).

Abstract: A header conversion device allowing reduced amount of hardware and memory and high-speed line switching is disclosed. In an ATM switching device having redundant incoming line systems, a header conversion table stores a set of header conversion information for one of the redundant incoming line systems. A header converter converts the header of an ATM cell received from each of the redundant incoming line systems by referring the same set of header conversion information.

Abstract: A header conversion device allowing reduced amount of hardware and memory and high-speed line switching is disclosed. In an ATM switching device having redundant incoming line systems, a header conversion table stores a set of header conversion information for one of the redundant incoming line systems. A header converter converts the header of an ATM cell received from each of the redundant incoming line systems by referring the same set of header conversion information.

Abstract: A header conversion device allowing reduced amount of hardware and memory and high-speed line switching is disclosed. In an ATM switching device having redundant incoming line systems, a header conversion table stores a set of header conversion information for one of the redundant incoming line systems. A header converter converts the header of an ATM cell received from each of the redundant incoming line systems by referring the same set of header conversion information.

Abstract: A header conversion device allowing reduced amount of hardware and memory and high-speed line switching is disclosed. In an ATM switching device having redundant incoming line systems, a header conversion table stores a set of header conversion information for one of the redundant incoming line systems. A header converter converts the header of an ATM cell received from each of the redundant incoming line systems by referring the same set of header conversion information.

Abstract: A communication control system comprises a route server and an ATM switch, and an edge switch for connecting an ATM network and other IP sub-network, the route server generates a table putting together relationships between an IP sub-network and an ATM address of a device to be passed through for reaching the IP sub-network by using information collected from every edge switch on the ATM network, and the edge switch notifies the route server of an ATM address of the device of its own and information regarding an IP sub-network, and searches for an ATM address of a destination of a packet with reference to a table sent from the route server and sets a necessary connection based on a search result.

Abstract: A header conversion device allowing reduced amount of hardware and memory and high-speed line switching is disclosed. In an ATM switching device having redundant incoming line systems, a header conversion table stores a set of header conversion information for one of the redundant incoming line systems. A header converter converts the header of an ATM cell received from each of the redundant incoming line systems by referring the same set of header conversion information.