Abstract: The forwarding of BUM traffic in routers and/or switches (e.g., in environments such as interconnected L2 broadcast domains, such as DCs and DCIs with a VXLAN overlay) is improved so that BUM traffic is properly forward, but with reduced (e.g., eliminated) unnecessary duplication and/or flooding.

Abstract: A system for load-balancing traffic based on flow attributes and intents may include at least one storage device and/or circuitry. In this example, the storage device may be configured to store data that identifies a set of load-balancing options available for network traffic. Additionally or alternatively, the circuitry may be configured to (1) identify a set of attributes of a packet corresponding to a traffic flow, (2) determine, based at least in part on the set of attributes, an intent of the traffic flow, and (3) assign a load-balancing option included in the set of load-balancing options to the traffic flow based at least in part on the intent and the set of attributes. Various other devices, systems, and methods are also disclosed.

Abstract: In some implementations, a network device may receive a packet containing a base transport header (BTH). The network device may identify a value in the BTH. The network device may load-balancing, by the network device, the packet using the value in the BTH.

Abstract: In some implementations, a first network device that hosts a bridge domain (BD) may receive inter-subnet multicast traffic associated with the BD. The BD may forward, using a supplemental bridge domain (SBD) interface of the first network device, and via an SBD, a first copy of the inter-subnet multicast traffic to a second network device that hosts the BD. The first network device may forward, using the SBD interface and via the SBD, a second copy of the inter-subnet multicast traffic to a third network device that does not host the BD. The first network device may forward, using an integrated routing and bridging (IRB) interface of the first network device associated with the BD, a third copy of the inter-subnet multicast traffic to a fourth network device that hosts the BD (e.g., when the fourth network device is a multihoming peer of the first network device).

Abstract: In some implementations, a first network device may receive a first message generated by an originating network device that includes a route location identifier attribute associated with an address identifier. The first network device may determine, based on the route location identifier attribute, route information associated with the address identifier.

Abstract: In some implementations, a first network device that hosts a bridge domain (BD) may receive inter-subnet multicast traffic associated with the BD. The BD may forward, using a supplemental bridge domain (SBD) interface of the first network device, and via an SBD, a first copy of the inter-subnet multicast traffic to a second network device that hosts the BD. The first network device may forward, using the SBD interface and via the SBD, a second copy of the inter-subnet multicast traffic to a third network device that does not host the BD. The first network device may forward, using an integrated routing and bridging (IRB) interface of the first network device associated with the BD, a third copy of the inter-subnet multicast traffic to a fourth network device that hosts the BD (e.g., when the fourth network device is a multihoming peer of the first network device).

Abstract: A method and system for providing point of need diagnostic information in an electronic service manual. A rendering device can be configured to transmit machine diagnostics related reports to a computer. The diagnostics are then integrated into an electronic service manual. In this way a reference can be created which includes point of need diagnostic information related to the machine, thereby increasing the productivity of user time spent on maintenance activities associated with the machine.

Abstract: Applications, systems and methods for identifying and monitoring critical colors in a print job and using an embedded color sensing device to measure critical color printed actually printed. The application permits the user to interact with a print job and to select of one or more critical colors from within the print job. In one embodiment, an application is configured to provide a graphical user interface (GUI) to facilitate the user in selecting critical colors. A printing system and method are disclosed for automatically monitoring critical colors in a print job and using an embedded color sensing device to measure critical color printed.

Abstract: A method and system for providing point of need diagnostic information in an electronic service manual. A rendering device can be configured to transmit machine diagnostics related reports to a computer. The diagnostics are then integrated into an electronic service manual. In this way a reference can be created which includes point of need diagnostic information related to the machine, thereby increasing the productivity of user time spent on maintenance activities associated with the machine.

Abstract: Applications, systems and methods for identifying and monitoring critical colors in a print job and using an embedded color sensing device to measure critical color test patterns inserted in the print job are disclosed. The applications permits the user to interact with a print job and select of one or more critical colors from within the print job. In one embodiment, an application is configured to provide a graphical user interface (GUI) to facilitate the user in selecting critical colors. A printing system and method are disclosed for automatically monitoring critical colors in a print job and using an embedded color sensing device to measure critical color test patterns inserted in the print job. In one embodiment, printed critical color test patterns are separated from the printed customer documents and direct to a color sensing device for measurement.

Abstract: Applications, systems and methods for identifying and monitoring critical colors in a print job and using an embedded color sensing device to measure critical color test patterns inserted in the print job are disclosed. The applications permits the user to interact with a print job and select of one or more critical colors from within the print job. In one embodiment, an application is configured to provide a graphical user interface (GUI) to facilitate the user in selecting critical colors. A printing system and method are disclosed for automatically monitoring critical colors in a print job and using an embedded color sensing device to measure critical color test patterns inserted in the print job. In one embodiment, printed critical color test patterns are separated from the printed customer documents and direct to a color sensing device for measurement.

Abstract: Applications, systems and methods for identifying and monitoring critical colors in a print job and using an embedded color sensing device to measure critical color printed actually printed. The application permits the user to interact with a print job and to select of one or more critical colors from within the print job. In one embodiment, an application is configured to provide a graphical user interface (GUI) to facilitate the user in selecting critical colors. A printing system and method are disclosed for automatically monitoring critical colors in a print job and using an embedded color sensing device to measure critical color printed.