Abstract: A calculation processing apparatus is disclosed. In one example, an exclusive memory stores an exclusive area different from an address space of a processor. A data transfer unit performs transfer processing of data items between the address space and the exclusive memory. A calculation processing unit performs calculation processing between the data items stored in the exclusive memory. A command resistor group holds each command of command columns received from the processor in each resistor. A state machine manages a state of processing in the data transfer unit and the calculation processing unit. A control unit controls the command resistor group so as to hold the command and controlling the command resistor group such that the commands held by the command resistor group are fed to any of the data transfer unit and the calculation processing unit depending on the state.

Abstract: A debug work is performed with respect to states after execution of a plurality of commands which is collectively issued from a processor to an arithmetic processing apparatus. A command register group holds commands issued from the processor in respective registers with a command chain including a plurality of commands as a unit. A command processing section processes the commands supplied from the command register group. A state machine manages processing states of the commands in the command processing section. A control section previously sets a condition under which stop is to be performed in the command chain as a stop condition and causes to stop the processing in the command processing section on the basis of the previously set stop condition and the processing states managed in the state machine.

Abstract: A debug work is performed with respect to states after execution of a plurality of commands which is collectively issued from a processor to an arithmetic processing apparatus. A command register group holds commands issued from the processor in respective registers with a command chain including a plurality of commands as a unit. A command processing section processes the commands supplied from the command register group. A state machine manages processing states of the commands in the command processing section. A control section previously sets a condition under which stop is to be performed in the command chain as a stop condition and causes to stop the processing in the command processing section on the basis of the previously set stop condition and the processing states managed in the state machine.

Abstract: A calculation processing apparatus is disclosed. In one example, an exclusive memory stores an exclusive area different from an address space of a processor. A data transfer unit performs transfer processing of data items between the address space and the exclusive memory. A calculation processing unit performs calculation processing between the data items stored in the exclusive memory. A command resistor group holds each command of command columns received from the processor in each resistor. A state machine manages a state of processing in the data transfer unit and the calculation processing unit. A control unit controls the command resistor group so as to hold the command and controlling the command resistor group such that the commands held by the command resistor group are fed to any of the data transfer unit and the calculation processing unit depending on the state.

Abstract: A power-consumption-information collecting apparatus (1) that is a communication apparatus that transmits and receives data to and from power meters (2) with a device control function that are a plurality of communication terminal apparatuses includes: a management packet generation unit (100) that generates a management packet including terminal identification information that indicates a power meter with a device control function (2) permitted to transmit data in a predetermined period, and a priority index that indicates a priority of data to be transmitted in the predetermined period; a transmission unit (111) that transmits the management packet to the power meters (2) with a device control function; and a receiving unit (112) that receives data from a power meter (2) with a device control function determined based on the terminal identification information and the priority index, in the predetermined period.

Abstract: A power information collecting apparatus efficiently collects power information including a power consumption level of each of a plurality of devices. A power information collecting apparatus (11) which collects power information including a power consumption level from each of a plurality of devices (13), and includes: a communication unit (113) collecting power information of each device (13); a data holding unit (111) holding the power information collected by the communication unit (113); a change rate calculating unit (112) calculating a power change rate indicating a degree of increase and decrease of the power consumption level for each device (13), using the power information held by the data holding unit (111); and a controller (114) controlling the communication unit (113) such that the frequency of power information collection is higher for a device (13) having a higher power change rate calculated by the change rate calculating unit (112).

Abstract: An Internet terminal comprising: a communication unit that sends a local packet generated by a packet generation unit and receives a response local packet from a server apparatus; an encryption processing unit that encrypts the local packet to be sent out and decrypts the received response local packet; the packet generation unit that generates the local packet; a polling information storage unit that holds a terminal ID and a password used for identifying the internet terminal; a polling interval adjustment unit that identifies a polling interval at which the local packet is periodically sent to the router; and a control unit that sends control information to a terminal apparatus to be controlled and controls such terminal apparatus accordingly.

Abstract: An internet terminal, which includes a communication unit for sending and receiving packet data, an encryption unit for encrypting and decrypting packet data, a packet generation unit for generating packet data to be sent to a server apparatus, a protocol determination unit for determining a communication protocol to be used between the internet terminal and the server apparatus, a control request reading unit for reading in packet data and a control request packet that includes a control request, a control unit for receiving control information and controlling the internet terminal or a terminal apparatus accordingly. Further, the internet terminal includes a server certificate authentication unit for authenticating the validity of a server certificate sent by the server apparatus, a client certificate management unit for sending a client certificate to the server apparatus, and a storage unit for storing a terminal ID and other information.

Abstract: The communication system according to the present invention is made up of: a connected communication terminal (1) to which communication is requested; a connecting communication terminal (3) that requests a communication with the connected communication terminal (1); a session management server (4) that manages sessions between the communication terminals; a trigger server (5) that transmits, to the connected communication server (1), the request made by the session management server (4); and routers (6 and 7) that relay between the connecting communication terminal (3) and the connected communication terminal (1), and a network (2).

Abstract: The present invention provides a communication network system in which communication can be securely performed via a global network from an existing terminal apparatus to an existing device connected to a local network without needing a special gateway function in a router and without performing a special setting in the router. In the communication network system (10), a communication relay client (202) performs polling on a management center network (1) via a NAT router (204); a communication relay server (102) converts a packet transmitted from a management terminal (101); and the communication relay client (202) receives the converted packet as a response to the polling via the NAT router (204) from the side of the management center network (1). The communication relay client (202) converts the converted packet to the original packet, and transmits the original packet to a device to be managed (201).

Abstract: The communication system according to the present invention is made up of: a connected communication terminal (1) to which communication is requested; a connecting communication terminal (3) that requests a communication with the connected communication terminal (1); a session management server (4) that manages sessions between the communication terminals; a trigger server (5) that transmits, to the connected communication server (1), the request made by the session management server (4); and routers (6 and 7) that relay between the connecting communication terminal (3) and the connected communication terminal (1), and a network (2).

Abstract: An internet terminal (110), which is a home terminal apparatus, is comprised of: a communication unit (111) for sending and receiving packet data; an encryption unit (112) for encrypting and decrypting packet data; a packet generation unit (113) for generating packet data to be sent to a server apparatus (200); a protocol determination unit (114) for determining a communication protocol to be used between the internet terminal (110) and the server apparatus (200); a control request reading unit (115) for reading in packet data and a control request packet that includes a control request; a control unit (116) for receiving control information and controlling the internet terminal (110) or a terminal apparatus (103) accordingly; a server certificate authentication unit (117) for authenticating the validity of a server certificate sent by the server apparatus (200); a client certificate management unit (118) for sending a client certificate to the server apparatus (200); and a storage unit (119) for storing a te

Abstract: An internet terminal (110) according to the present invention is comprised of: a communication unit (111) that sends a local packet generated by a packet generation unit (113) and receives a response local packet from a server apparatus (200); an encryption processing unit (112) that encrypts the local packet to be sent out and decrypts the received response local packet; the packet generation unit (113) that generates the local packet; a polling information storage unit (114) that holds a terminal ID and a password used for identifying the internet terminal (110); a polling interval adjustment unit (115) that identifies a polling interval at which the local packet is periodically sent to the router (101); and a control unit (116) that sends control information to a terminal apparatus to be controlled and controls such terminal apparatus accordingly.

Abstract: A multiplexing apparatus multiplexes two or more data streams and output to an arbitrarily selected circuit, and includes a time division switch for multiplexing inputted data and outputting the multiplexed data to a selected circuit, and a memory unit which stores real control data for controlling actual connection operations of the time division switch and virtual control data for controlling virtual connection operations.

Abstract: A multiplexing apparatus multiplexes two or more data streams and output to an arbitrarily selected circuit, and includes a time division switch for multiplexing inputted data and outputting the multiplexed data to a selected circuit, and a memory unit which stores real control data for controlling actual connection operations of the time division switch and virtual control data for controlling virtual connection operations.

Abstract: An encryption unit uses part of a pseudo random number generated by a random number generator to encrypt data to be transferred which are stored in the payload of a cell. A counter information assigning section inserts counter information indicating the order in which the cell was sent into that payload. A random number generator on a receiving side generates the same pseudo random number as the random number generator on a sending side. A counter information analysis section identifies the position of the part of the pseudo random number to be used in the encryption unit based on the counter information extracted from the received cell, and has the random number generator on the receiving side output that part of the pseudo random number. The encrypted transferred data are extracted from the received cell, and these transferred data are decrypted using the part of the pseudo random number output from the random number generator on the receiving side.