Abstract: Mapping of ports to other network components is generated by physically bending a fiber optic cable and then determining which optical network terminals experience a signal power loss (or receive attenuated signals) based on the bending. The physical bending can be done using a bending tool and the optical network terminals that experience the signal power loss can be identified using a back-end database operation. Generally, the correspondence between the physical bending and the power loss at the downstream components and or upstream components of the network is used to create the mapping of the ports at the splitter level.

Abstract: Mapping of ports to other network components is generated by physically bending a fiber optic cable and then determining which optical network terminals experience a signal power loss (or receive attenuated signals) based on the bending. The physical bending can be done using a bending tool and the optical network terminals that experience the signal power loss can be identified using a back-end database operation. Generally, the correspondence between the physical bending and the power loss at the downstream components and or upstream components of the network is used to create the mapping of the ports at the splitter level.

Abstract: Mapping of ports to other network components is generated by physically bending a fiber optic cable and then determining which optical network terminals experience a signal power loss (or receive attenuated signals) based on the bending. The physical bending can be done using a bending tool and the optical network terminals that experience the signal power loss can be identified using a back-end database operation. Generally, the correspondence between the physical bending and the power loss at the downstream components and or upstream components of the network is used to create the mapping of the ports at the splitter level.

Abstract: Mapping of ports to other network components is generated by physically bending a fiber optic cable and then determining which optical network terminals experience a signal power loss (or receive attenuated signals) based on the bending. The physical bending can be done using a bending tool and the optical network terminals that experience the signal power loss can be identified using a back-end database operation. Generally, the correspondence between the physical bending and the power loss at the downstream components and or upstream components of the network is used to create the mapping of the ports at the splitter level.

Abstract: The problem is that a measurement of the average signal quality (average modulation error ratio), does not identify poor quality signals that may be originating from an individual cable modem. The device of the present invention displays the modulation error ratio (MER) for each packet received. Since the media access control (MAC) address is associated with a packet received from an individual cable modem, a graph displaying the MER for each packet received is also displaying the MER for signals from the individual cable modems. Thus a technician viewing the display will be able to identify whether a low MER is a result of an impairment in the network or the from an individual cable modem.

Abstract: The problem is that a measurement of the average signal quality (average modulation error ratio), does not identify poor quality signals that may be originating from an individual cable modem. The device of the present invention displays the modulation error ratio (MER) for each packet received. Since the media access control (MAC) address is associated with a packet received from an individual cable modem, a graph displaying the MER for each packet received is also displaying the MER for signals from the individual cable modems. Thus a technician viewing the display will be able to identify whether a low MER is a result of an impairment in the network or the from an individual cable modem.

Abstract: The invention pertains to a repositionable photo paper having (1) a substrate having a base sheet having opposing first and second surfaces and an image receptive coating disposed on the first surface of the base sheet; and (2) a repositionable adhesive disposed on the second surface of said base sheet. The base sheet has a minimum basis weight of about 125 g/m2. In another embodiment, the base sheet has a minimum basis weight of about 125 g/m2 and a maximum basis weight of about 210 g/m2.

Abstract: The present invention provides a photo media has an imageable substrate having opposing first and second surfaces. An image receptive coating is disposed on the first surface of the inkjet printable sheet. A repositionable adhesive is disposed on the second surface of the substrate, but the adhesive does not cover the entire second surface. A liner is disposed on the second surface of the substrate. The photo media has a gloss value at 60° of greater than about 25%, an adhesion to polyester of less than about 200 gram/inch and a static angle test adhesion value of greater than about 600 seconds.

Abstract: The present invention provides a matte repositionable photo media has an imageable substrate having opposing first and second surfaces. An image receptive coating is disposed on the first surface of the inkjet printable sheet. A repositionable adhesive is disposed on the second surface of the substrate, but the adhesive does not cover the entire second surface. A liner is disposed on the second surface of the substrate. The photo media has a gloss value at 60° of less than about 25%, an adhesion to polyester of less than about 200 gram/inch and a static angle test adhesion value of greater than about 600 seconds.

Abstract: The invention provides a repositionable photo card having a substrate comprising a base sheet having opposing first and second surfaces and an image receptive coating disposed on the first surface of the base sheet; and a repositionable adhesive disposed on the second surface of the base sheet. The substrate has been imaged with a digital printer such that the photo card comprises a text region and a photo region.

Abstract: The present invention provides a photo media has an imageable substrate having opposing first and second surfaces. An image receptive coating is disposed on the first surface of the inkjet printable sheet. A repositionable adhesive is disposed on the second surface of the substrate, but the adhesive does not cover the entire second surface. A liner is disposed on the second surface of the substrate. The photo media has a gloss value at 60° of greater than about 25%, an adhesion to polyester of less than about 200 gram/inch and a static angle test adhesion value of greater than about 600 seconds.

Abstract: In a data processing system, a note can be displayed and an image can be displayed in the note. The image may be acquired by a camera such as photographic camera, a digital camera, or other camera.