1. A base station for use in a mobile communication system in which a single carrier scheme is adopted in uplink and a system band is divided by a plurality of resource blocks, the base station comprising:
a receiving unit configured to receive a signal that includes a data channel, a first pilot channel that is not related to the data channel, a second pilot channel that is related to the data channel, and a control channel; and
a process unit configured to process the data channel, the first pilot channel, the second pilot channel and the control channel that are included in the signal received by the receiving unit,
wherein, in the signal received by the receiving unit, the first pilot channel is mapped to a plurality of resource blocks, and the second pilot channel is mapped to a resource block the same as a resource block to which the data channel is mapped, and the control channel is mapped to the resource block to which the data channel is mapped when the control channel and the data channel are mapped to the same subframe and the control channel is mapped to distributed resource blocks when the control channel and the data channel are not mapped to the same subframe.
2. The base station as claimed in claim 1, wherein, in the signal received by the receiving unit, the control channel is mapped to the resource block to which the data channel is mapped in the subframe where the data channel is mapped, and the control channel is mapped to a resource block other than resource blocks assigned to data channels of other user apparatuses in a subframe where the data channel is not mapped.
3. The base station as claimed in claim 1, wherein the process unit uses the first pilot channel for measurement, and uses the second pilot channel for demodulation of the data channel.
4. The base station as claimed in claim 1, wherein, in the signal received by the receiving unit, the data channel, the first pilot channel and the second pilot channel are time-division multiplexed.
5. The base station as claimed in claim 1, wherein, in the signal received by the receiving unit, the control channel is mapped to one resource block or to several resource blocks.
6. A receiving method for use in a base station in a mobile communication system in which a single carrier scheme is adopted in uplink and a system band is divided by a plurality of resource blocks, the receiving method comprising the steps of:
receiving a signal that includes a data channel, a first pilot channel that is not related to the data channel, a second pilot channel that is related to the data channel, and a control channel; and
processing the data channel, the first pilot channel, the second pilot channel and the control channel that are included in the received signal,
wherein, in the signal received by the receiving unit, the first pilot channel is mapped to a plurality of resource blocks, and the second pilot channel is mapped to a resource block the same as a resource block to which the data channel is mapped, and the control channel is mapped to the resource block to which the data channel is mapped when the control channel and the data channel are mapped to the same subframe and the control channel is mapped to distributed resource blocks when the control channel and the data channel are not mapped to the same subframe.
7. The receiving method as claimed in claim 6, wherein, in the signal received in the step of receiving, the control channel is mapped to the resource block to which the data channel is mapped in the subframe where the data channel is mapped, and the control channel is mapped to a resource block other than resource blocks assigned to data channels of other user apparatuses in a subframe where the data channel is not mapped.
8. The receiving method as claimed in claim 6, wherein the step of processing uses the first pilot channel for measurement, and uses the second pilot channel for demodulation of the data channel.
9. The receiving method as claimed in claim 6, wherein, in the signal received in the step of receiving, the data channel, the first pilot channel and the second pilot channel are time-division multiplexed.
10. The receiving method as claimed in claim 6, wherein, in the signal received in the step of receiving, the control channel is mapped to one resource block or to several resource blocks.
The claims below are in addition to those above.
All refrences to claim(s) which appear below refer to the numbering after this setence.
1. A system for transmitting interworking data in heterogeneous networks, comprising:
an Automatic Response System (ARS) server configured to receive a call signal from a customer terminal to connect any one of a plurality of ARS communication terminals to the customer terminal;
the customer terminal configured to receive interworking data from an ARS counselor terminal to be output on a screen with being connected to the ARS communication terminal on voice communication;
the ARS counselor terminal configured to download and install data transmission applications from an interworking data management server, store the interworking data to be transmitted to the customer terminal in advance, extract specific data by a data selection signal and transmit the extracted data to the customer terminal, and perform a remote output control of the interworking data which are output to the customer terminal; and
the interworking data management server configured to register the data transmission applications to be downloaded, and register the interworking data, which are authorized by a user and transmitted to a call counterpart terminal, to a user terminal to be transmitted.
2. The system of claim 1, wherein the interworking data include any one of English, terminologies, abbreviations, product brochures, or data which are requested by a predetermined number of users to register as ARS data.
3. The system of claim 1, wherein the interworking data include a company key number, an ARS call telephone number, or a person in charge telephone number.
4. The system of claim 1, wherein the interworking data include a plurality of wireless web pages.
5. The system of claim 1, wherein the interworking data management server transmits the interworking data to the customer terminal by the request of the ARS counselor terminal.
6. The system of claim 1, wherein the interworking data are transmitted only when the data transmission applications are installed in both of the ARS counselor terminal which transmits data and the customer terminal which receives the data.
7. The system of claim 1, wherein any one of the terminals in which the data transmission applications are installed may confirm whether the data transmission application is installed in a terminal which has a specific telephone number.
8. The system of claim 7, wherein the terminal with the data transmission applications installed therein is configured to confirm whether the data transmission applications are installed based on download installation information registered in the interworking data management server or communication of the data transmission applications with the interworking data management server.
9. The system of claim 1, wherein if it is determined that the data transmission application is not installed in the customer terminal, the ARS counselor terminal converts and transmits the interworking data which are web data into an SMS.
10. The system of claim 1, wherein when the company key number is set, the ARS counselor terminal outputs the company key number which is output to the customer terminal as a caller identification.
11. The system of claim 1, wherein the ARS counselor terminal 4 comprises:
a communication module configured to communicate with the customer terminal and the interworking data management server;
a data transmission application management unit configured to download and update the data transmission applications;
an interworking data setting unit configured to register the interworking data to be transmitted to the customer data in advance;
a page matching key signal management unit configured to match and manage a key signal to remotely control the page of the interworking data transmitted to the customer terminal;
an interworking data extraction management unit configured to selectively extract specific interworking data from the interworking data to be transmitted to the customer terminal by the key signal;
a data storage unit configured to classify and store the interworking data to be transmitted to the customer terminal in advance; and
a control unit configured to control each component, extract and transmit the specific interworking data to be transmitted to the specific customer terminal by the key signal, and control a page output of the interworking data which are output on the screen of the customer terminal by the remote key signal for the page output.
12. The system of claim 11, wherein the ARS counselor terminal further comprises an inter-application communication unit configured to perform communication with applications of the customer terminal by inputting a caller identification (CID) of the customer terminal.
13. The system of claim 11, wherein the ARS counselor terminal further comprises a transmission signal generation unit configured to, when the company key number is set in the data transmission applications, control the company key number to be output as the caller identification of the customer terminal upon the transmission of the interworking data.
14. The system of claim 11, wherein the control unit performs a control to confirm whether the data transmission application is installed in the customer terminal through the communication with the application of the customer terminal by an input of the caller identification (CID) of the customer terminal or by a request to the interworking data management server, and transmit the interworking data only when the data transmission application is installed.
15. A method for transmitting interworking data in heterogeneous networks, comprising:
a first step of performing a terminating connection with a specific Automatic Response System (ARS) telephone number to set a session with voice communication;
a second step of inputting a customer’s telephone number to an ARS counselor terminal when transmission of the interworking data is required;
a third step of determining whether a data transmission application is installed in a customer terminal;
a fourth step of receiving a specific interworking data extraction signal; and
a fifth step of extracting the interworking data and transmitting the extracted data to the customer terminal.
16. The method of claim 15, further comprising: prior to the first step, a step of downloading and installing the data transmission applications from an interworking data management server into the customer terminal and the ARS counselor terminal.
17. The method of claim 15, wherein the fifth step is a step of receiving a counseling telephone through a company key number instead of an ARS telephone number and transmitting the interworking data to the customer terminal through a person in charge terminal.
18. The method of claim 15, wherein in the fourth and fifth steps, the interworking data management server extracts the interworking data by a request of the ARS counselor terminal and transmits the extracted data to the customer terminal.
19. The method of claim 15, further comprising: a step of converting and transmitting, when it is determined that the data transmission application is not installed in the customer terminal in the third step, the interworking data which are web data into an SMS by the ARS counselor terminal.
20. The method of claim 15, further comprising:
after the fifth step, a step of transmitting a page control approval signal to the customer terminal, by the ARS counselor terminal; and
transmitting a page control signal to the customer terminal to control a screen output based on the approval of the customer, by the ARS counselor terminal.
21. The method of claim 20, wherein the page control signal is a control signal on what number page is output and a display control signal for a text in the page.