Abstract: A composition and method of synthesizing a composition from organic oils and industrial byproducts for use as a corrosion inhibitor coating is disclosed. The synthesis of a rapid setting ionomer is the result of iron-induced polymerization of oleic and linoleic acids, where an alkaline ionomeric reaction is facilitated with a small fraction of pure aluminum leaf at room temperature. At least one alkaline reagent is employed with at least one metallic additive to form metal complex ionomers that form a solid polymer. The resulting ionomer is stirred and applied on the substrate as a surface coating and it starts setting in less than thirty minutes.

Abstract: A multi-homing load balancing system includes a plurality of router devices that are coupled to a client device. The client device receives a respective router advertisement from each of the plurality of router devices that includes a link-local address for that router device. In response, the client device provides a neighbor solicitation to each of the plurality of router devices that includes the plurality of link-local addresses that were received in the router advertisements. One of the plurality of router devices then responds to the neighbor solicitation by selecting a first link-local address of the plurality of link-local addresses that were included in the neighbor solicitation and providing the first link-local address to the client device in a neighbor advertisement. The client device selects a first router device associated with the first link-local address as a default router device in response to receiving the neighbor advertisement.

Abstract: An information handling system is provided. The information handling system includes a plurality of network devices. One of the plurality of network devices is a source device and another of the plurality of network devices is a destination device. If path maximum transmission unit (PMTU) information for a path between the source device and the destination device is not known, the source device sends a PMTU send packet to the destination device, and the destination device sends a PMTU receive packet with a received PMTU value to the source device. Other associated systems and methods for PMTU discovery are also provided.

Abstract: A multi-homing Internet service provider switchover system includes a plurality of Internet service provider systems and a respective router device coupled to each Internet service provider system. Each router device is configured to determine that a route to its respective Internet service provider system is unavailable and, in response, advertise as a non-default router device with router lifetime information and lifetime information for an address of its respective Internet service provider system set to zero. A client device receives a router advertisement from a first router device that was selected as a default router device, and determines that it includes lifetime information for an address of its first Internet service provider system set to zero. In response, the client device selects a second router device as the default router device such that traffic is switched from the first router device to the second router device.

Abstract: A multi-homing Internet service provider switchover system includes a plurality of Internet service provider systems and a respective router device coupled to each Internet service provider system. Each router device is configured to determine that a route to its respective Internet service provider system is unavailable and, in response, advertise as a non-default router device with router lifetime information and lifetime information for an address of its respective Internet service provider system set to zero. A client device receives a router advertisement from a first router device that was selected as a default router device, and determines that it includes lifetime information for an address of its first Internet service provider system set to zero. In response, the client device selects a second router device as the default router device such that traffic is switched from the first router device to the second router device.

Abstract: A method for sharing templates for use with a financial management application (FMA) includes receiving, from each of multiple financial professionals, a company profile including a chart of accounts for a business operating within a commercial industry and at a geographic location, generating profile templates including, for each profile, a template including the commercial industry, the geographic location, and a redacted chart of accounts of the profile, receiving, from each of the financial professionals, a request to publicly share the template corresponding to the profile, receiving, from a small business representative, a profile creation request specifying a first commercial industry and a first geographic location, identifying a first template, and providing, in response to the profile creation request, the first template to the representative, where the representative uses the first template to create a first profile for the business.

Abstract: A multi-homing load balancing system includes a plurality of router devices that are coupled to a client device. The client device receives a respective router advertisement from each of the plurality of router devices that includes a link-local address for that router device. In response, the client device provides a neighbor solicitation to each of the plurality of router devices that includes the plurality of link-local addresses that were received in the router advertisements. One of the plurality of router devices then responds to the neighbor solicitation by selecting a first link-local address of the plurality of link-local addresses that were included in the neighbor solicitation and providing the first link-local address to the client device in a neighbor advertisement. The client device selects a first router device associated with the first link-local address as a default router device in response to receiving the neighbor advertisement.

Abstract: Some embodiments of the invention include cementitious iron carbonate binder precursor compositions that includes powdered iron or steel, a first powdered additive including silica, a second powdered additive including calcium carbonate, at least one powdered clay, and a fibrous and/or woven additive. In some embodiments of the invention, the precursor composition includes an alumina additive. In some further embodiments, the powdered clay includes kaolinite clay and/or metakaolin clay. In some further embodiments, the precursor composition includes an organic reducing agent such as oxalic acid. Some embodiments include up to about 60% by weight of powdered iron or steel, up to about 20% by weight of the first powdered additive, up to about 8% by weight of the second powdered additive, up to about 10% by weight of at least one powdered clay, and up to about 2% by weight of an organic acid.

Abstract: An information handling system is provided. The information handling system includes a plurality of network devices. One of the plurality of network devices is a source device and another of the plurality of network devices is a destination device. If path maximum transmission unit (PMTU) information for a path between the source device and the destination device is not known, the source device sends a PMTU send packet to the destination device, and the destination device sends a PMTU receive packet with a received PMTU value to the source device. Other associated systems and methods for PMTU discovery are also provided.

Abstract: An information handling system is provided. The information handling system includes a plurality of network devices. One of the plurality of network devices is a source device and another of the plurality of network devices is a destination device. If path maximum transmission unit (PMTU) information for a path between the source device and the destination device is not known, the source device sends a PMTU send packet to the destination device, and the destination device sends a PMTU receive packet with a received PMTU value to the source device. Other associated systems and methods for PMTU discovery are also provided.

Abstract: A method for sharing templates for use with a financial management application (FMA) includes receiving, from each of multiple financial professionals, a company profile including a chart of accounts for a business operating within a commercial industry and at a geographic location, generating profile templates including, for each profile, a template including the commercial industry, the geographic location, and a redacted chart of accounts of the profile, receiving, from each of the financial professionals, a request to publicly share the template corresponding to the profile, receiving, from a small business representative, a profile creation request specifying a first commercial industry and a first geographic location, identifying a first template, and providing, in response to the profile creation request, the first template to the representative, where the representative uses the first template to create a first profile for the business.

Abstract: An information handling system is provided. The information handling system includes a plurality of network devices. One of the plurality of network devices is a source device and another of the plurality of network devices is a destination device. If path maximum transmission unit (PMTU) information for a path between the source device and the destination device is not known, the source device sends a PMTU send packet to the destination device, and the destination device sends a PMTU receive packet with a received PMTU value to the source device. Other associated systems and methods for PMTU discovery are also provided.