Abstract:
An image forming apparatus is provided. The image forming apparatus is requested by a connectable control point to execute a fax job, and includes a communication interface which is requested by a connectable control point to execute a fax job, and receives content corresponding to the fax job; a TTI generation unit which generates a terminal identification (TTI) corresponding to the fax job; an image processor which generates a fax image using the generated TTI and the received content; and a fax unit which transmits the generated fax image
Abstract:
A method of transmitting data bits over a modem connection. The method includes receiving a first stream of data bits, by a first modem, performing a first set of one or more communication tasks on the first stream of bits, by the first modem, so as to generate a second stream of bits, modulating the second stream of bits, by the first modem, so as to form a modulated signal, transmitting the modulated signal from the first modem to a second modem, demodulating the modulated signal by the second modem, so as to form a third stream of bits, performing on the third stream of bits, a second set of zero or more communication tasks, including a different number of tasks than the first set of tasks, so as to form a fourth stream of bits, and transmitting the fourth stream of bits to a communication unit over a packet based network.
Abstract:
A method of transmitting signals between a source modem and a destination modem. The method includes transmitting the signals from the source modem, over a first switched network path, to a first interface, encapsulating the at least some of the signals received by the first interface into packets, transmitting the packets from the first interface over a packet-based network to a second interface, removing the encapsulation of the signals at the second interface; and transmitting the data signals from the second interface over a second switched network path to the destination modem.
Abstract:
A network terminal apparatus in a type of directly connecting to a packet communication network, with an interface for connecting to a circuit under an environment of an SIP terminal network, and a capability of carrying out facsimile transmission/reception, carries out a call control method according to SIP, transmits and receives an SDP added to a message body of an SIP, and carries out, in a same session, both a call control session transmitting and receiving an SIP message and an SDP and a T.38 session transmitting and receiving a T.38 signal.
Abstract:
A communication apparatus according to the present invention includes: upper limit setting unit, adapted to set a transmission upper limit which defines an upper limit of data size of mail data to be transmitted in a single e-mail; image data acquiring unit, adapted to acquire image data to be attached to the e-mail; transmission upper limit updating unit, adapted to update the transmission upper limit by subtracting a predetermined margin from the transmission upper limit; data dividing unit, adapted to divide the image data acquired by said image data acquiring means into pieces of image data corresponding to the transmission upper limit updated by the transmission upper limit updating means; divided mail data generating unit, adapted to generate divided mail data containing each of the pieces of image data divided by said data dividing means; and transmission unit, adapted to repeatedly transmit the divided mail data so as to transmit the e-mail to which the image data is attached.
Abstract:
Even when an SIP server imposes a restriction on a description content of an SDP, an image communication device can freely define a content of a media session with another end without receiving the restriction. Even when the image communication device is connected to a carrier network set for a purpose of only a usage of voice communication, the image communication device can carry out communication of image data or transmission of a character string. An image communication device establishes a media session by exchanging a message of a call control protocol with a communication device of another end and transmits image data. The image communication device describes information relating to the media session to be requested to the communication device of the other end or a character string to be transmitted to the communication device of the other end in a field not interfered by a call control server.
Abstract:
When received mail contains divided data, the divided data is stored in a RAM until it accumulates a predetermined amount. Then, the predetermined amount of divided mail data is combined to restore the undivided original data file for printing. Accordingly, the original image can be readily restored even from mail data which has been received as a plurality of pieces of mail.
Abstract:
A controller determines whether a transmission data amount of the image data exceeds a limit capacity of a mail server connected the electronic mail communication apparatus before an actual transmission of the image data. Further, when the transmission data amount of the image data exceeds the limit capacity of the mail server, automatic processing is performed so that an electronic mail including image data can be transmitted. Accordingly, electronic mail communication apparatus of the present invention is capable of enabling users to save a lot of time for the image transmission.
Abstract:
A network terminal apparatus in a type of directly connecting to a packet communication network, with an interface for connecting to a circuit under an environment of an SIP terminal network, and a capability of carrying out facsimile transmission/reception, carries out a call control method according to SIP, transmits and receives an SDP added to a message body of an SIP, and carries out, in a same session, both a call control session transmitting and receiving an SIP message and an SDP and a T.38 session transmitting and receiving a T.38 signal.
Abstract:
A system, method and software program for transmitting a digital image from a first communication device to a second communication device at a digital image service provider over a communication network. An upload software computer program dynamically analyzes certain properties of the first communication device and of the communication network connection with respect to predetermined criteria, and based on the analysis determines a strategy based on predetermined criteria for transmission of the digital images. For example, the upload software determines the number of communication threads and divides the digital images into a plurality of individual data packets each having a unique ID. The receiving communication device verifies receipt and determines if all of the plurality of individual data packets have been received and requests failed packets be resent.