Abstract: A host includes a controller configured to collect High-Definition Multimedia Interface (HDMI) status information associated with at least one HDMI port in response to an externally generated request. The controller is further configures to forward the collected HDMI status information to a communication card and to cause the HDMI status information to be displayed.

Abstract: A communication card includes a controller configured to forward a request to a device external to the communication card. The controller is further configured to receive HDMI status information associated with at least one HDMI port in response to the request.

Abstract: A host includes at least one High-Definition Multimedia Interface (HDMI) port. A controller is configured to receive a request from a source external to the host. The controller is further configured to collect HDMI status information associated with the HDMI port in response to the request.

Abstract: A communication system includes at least one High-Definition Multimedia Interface (HDMI) port. A content provider forwards a request to a receiver. The receiver includes a controller configured to receive the request and collects HDMI status information associated with the HDMI port in response to the request.

Abstract: A digital cable TV receiver includes a POD module and a host device. The host device includes a controller and a HDMI port linked to a first peripheral device. When the controller receives a diagnostic request for HDMI status from the POD module, it generates a HDMI status report and transmits the DVI status report to the POD module. The HDMI status report includes HDMI status information associated with the first peripheral device. If the host device further includes a DVI port linked to a second peripheral device and receives a diagnostic request for HDMI/DVI status from the PDO module, it generates a HDMI/DVI status report and transmits the HDMI/DVI status report to the POD module. The HDMI/DVI status report includes HDMI status information associated with the first peripheral device and DVI status information associated with the second peripheral device.

Abstract: A host includes a controller configured to receive a request self-diagnostic to the host, wherein the request is for diagnostic information associated with memory allocated for an application. The controller is further configured to collect the requested diagnostic information.

Abstract: A host includes a plurality of High-Definition Multimedia Interface (HDMI) ports. A controller is configured to receive a source external to the host. The controller is further configured to collect HDMI information associated with more than one HDMI port in response to the request.

Abstract: A host device interfacing with a point of deployment (POD) and a method of processing a broadcasting data are disclosed. A broadband interface unit received a MPEG transport packet through a cable. A demodulator demodulates the received MPEG transport packet. An IP physical interface unit for received a frame including an internet protocol (IP) packet through a network. A routing engine transforms the frame to an IP packet and routs the IP packet based on a destination information included in the frame. And a multiplexer generates IP MPEG packet and CableCARD MPEG packet by appending a Packet Header carrying identification information and packet identification information to each of the IP packet and the demodulated MPEG transport packet, multiplexes the IP MPEG packet and the CableCARD MPEG packet and sends the multiplexed IP MPEG packet and CableCARD MPEG packet to the POD.

Abstract: A method for managing the applications related to data broadcasting, a class/interface structure for controlling the same, and a broadcasting receiver for controlling the class/interface receiver can prevent data broadcast-associated application from conflicting with a Native application. The method comprising the steps of: pausing an application associated with a cable mode if a current input mode is not in cable mode; and controlling a broadcast receiver by using an application that is native to the broadcast receiver.

Abstract: Disclosed are a plasmid vector (pLA-1 or pLT-2) for producing water-soluble light chain antibody fragments (VL+CL), a phagemid vector (pHf1g3T-1 or pHf1g3A-2) having a heavy chain antibody fragments (VH+CH1)-?pIII fusion protein expression and genotype-phenotype linkage function, a host transformed using the vectors, and a method of producing and selecting a water-soluble antibody and recombinant phage displaying an antibody from the host. Also, provided are a method of producing a combinatorial phage display combinatorial Fab fragment libraries DVFAB-IL and DVFAB-13 IL by using a dual vector system (DVS-II) and a method of selecting an antigen-specific human Fab fragment from the combinatorial Fab fragment libraries.

Abstract: A host device, a point of deployment (POD), and a method for recognizing an operation mode are disclosed. The host device interfaces with a point of deployment (POD), and checks an operation mode of the POD. The interface unit includes CD1#, CD2#, VS1#, VS2#, VPP1, VPP2, and ISIO16# ports. The controller detects Card Information Structure (CIS) information from the POD if each of the VS1# and VS2# ports is set to ‘Logic Low’, and determines whether the POD supports an Internet Protocol (IP) Card S-Mode on the basis of the detected CIS information.

Abstract: A method included a receiving a request that includes information that defines a service type and information that can identify the request for this service type, wherein the request is required in order to initiate a flow over an extended channel; checking whether the extended channel can support the flow of the requested service type; and responding to the request, wherein the response includes information of the service type and information on whether the external channel can support the flow of the requested service type.

Abstract: A host device interfacing with a point of deployment (POD) and a method of processing broadcast data are disclosed. Herein, an Internet Protocol (IP) physical interface unit receives an Ethernet frame including broadcast data; and a routing engine transforms the Ethernet frame to an IP packet when a destination address included in the Ethernet frame matches with an address of a pod and routs the transformed IP packet to an extended channel connected to the POD. Accordingly, it is possible to protect contents using a conditional access provided by the existing cable card and process broadcast data received on all types of transmission protocols including an IP protocol over a wired/wireless network using a channel provided for connection between the existing cable card and the host device.

Abstract: A host device interfacing with a point of deployment (POD) and a method of processing broadcast data are disclosed. Herein, an Internet Protocol (IP) physical interface unit receives an Ethernet frame including broadcast data; and a routing engine transforms the Ethernet frame to an IP packet when a destination address included in the Ethernet frame matches with an address of a pod and routs the transformed IP packet to an extended channel connected to the POD. Accordingly, it is possible to protect contents using a conditional access provided by the existing cable card and process broadcast data received on all types of transmission protocols including an IP protocol over a wired/wireless network using a channel provided for connection between the existing cable card and the host device.

Abstract: A digital cable TV receiver includes a POD module and a host device. The host device includes a DVI controller and a plurality of DVI ports linked to a plurality of peripheral devices, respectively. When the DVI controller receives a diagnostic request for DVI status from the POD module, it generates a DVI status report and transmits the DVI status report to the POD module. The DVI status report includes a plurality of DVI status information associated with the plurality of peripheral devices, respectively.

Abstract: A host device, a point of deployment (POD), and a method for recognizing an operation mode are disclosed. The host device interfaces with a point of deployment (POD), and includes an interface unit and a controller. The interface unit includes CD1#, CD2#, VS1#, VS2#, VPP1, VPP2, and IPDET ports. The controller outputs a mode confirmation signal to the POD via the IPDET port, and identifies that the POD supports an Internet Protocol (IP) Card M-Mode when the mode confirmation signal has been applied to the VS1# and VS2# ports.

Abstract: A broadcast receiver and a system information processing method are disclosed. The broadcast receiver includes a receiver for receiving entitlement management message (EMM) transfer information including information for reception of an EMM over a cable, a network interface for transmitting and receiving data over Internet, and a controller for parsing the received EMM transfer information to determine whether the EMM is applied, and, when the EMM is applied, identifying a transfer method included in the EMM transfer information and controlling the EMM reception through at least one of the receiver and network interface based on the identified transfer method.

Abstract: A broadcast receiver and a channel information processing method are disclosed. A network interface transmits and receives an Internet Protocol (IP) packet. A controller detects broadcast data included in the IP packet received by the network interface and parses the detected broadcast data to obtain virtual channel information and physical channel information. The channel information is transmitted based on service discovery & selection (SD&S). The virtual channel information is transmitted in a broadcast discovery record and the physical channel information is transmitted in a cable network information record.

Abstract: A host device, POD (point of deployment) and a method of identifying an operation mode are disclosed, by which data received via internet can be processed. The present invention includes an interface unit including CD#1, CD#2, VS1#, VS2#, VPP1, VPP2 and IPDET ports and a controller controlling a mode confirmation signal to be outputted to the POD via the IPDET port, the controller recognizing that the POD supports an IP (internet protocol) card M-mode if the outputted mode confirmation signal is inputted to the VS1# port.

Abstract: A host device, a point of deployment (POD), and a method for recognizing an operation mode are disclosed. The host device interfaces with a point of deployment (POD), and checks an operation mode of the POD. The interface unit includes CD1#, CD2#, VS1#, VS2#, VPP1, VPP2, and ISIO16# ports. The controller detects Card Information Structure (CIS) information from the POD if each of the VS1# and VS2# ports is set to ‘Logic Low’, and determines whether the POD supports an Internet Protocol (IP) Card S-Mode on the basis of the detected CIS information.