Abstract: Systems and methods for selectively transmitting routing information between separated local area network (LAN) interfaces are disclosed. In exemplary embodiments, a network appliance to update a local routing table with IP subnet, neighbor type, source type, and community identifier of a second network appliance; based at least on the local routing table, receive a customized routing policy and subnet exporting policy that permits the network appliance to export a subset of IP addresses from the local routing table to a permitted community of network appliances, wherein the customized routing policy and subnet exporting policy are configured by a network administrator of the network appliance; match the permitted community of network appliances to a new community identifier of a third network appliance; and export the subset of IP addresses of the local routing table to the third network appliance based on the customized routing policy and subnet exporting policy.

Abstract: Systems and methods for selectively advertising routing information by a network appliance to a neighboring computing device are disclosed. In exemplary embodiments, customized export policies are created based on source type for each neighboring computing device to a network appliance. A source type for routing information is determined by the network appliance. The routing information is exported by the appliance to the neighboring computing device, such as a BGP router, based on the customized export policy associated with the source type.

Abstract: Systems and methods for selectively transmitting routing information between separated local area network (LAN) interfaces are disclosed. In exemplary embodiments, a network appliance to update a local routing table with IP subnet, neighbor type, source type, and community identifier of a second network appliance; based at least on the local routing table, receive a customized routing policy and subnet exporting policy that permits the network appliance to export a subset of IP addresses from the local routing table to a permitted community of network appliances, wherein the customized routing policy and subnet exporting policy are configured by a network administrator of the network appliance; match the permitted community of network appliances to a new community identifier of a third network appliance; and export the subset of IP addresses of the local routing table to the third network appliance based on the customized routing policy and subnet exporting policy.

Abstract: Techniques efficiently improve circuit design to reduce its sensitivity to random device variation. A characterizer component can identify a subset of cells for an integrated circuit that can be representative of respective other cells of a set of cells. The characterizer component can analyze the representative cells of the subset to generate a variation profile, and can map the representative cells to physical cells used in the design of the circuit. A cell library comprising cells that are usable, have limited usage, and/or have general usage can be generated based on analysis results from the mapped cells. The circuit can be reconstructed based on the list of available cells using the cell library. The reconstructed circuit can be analyzed, and in case of a cell(s) violating a constraint, the cell(s) can be modified or enhanced to achieve target performance criteria.

Abstract: Systems and methods for selectively advertising routing information by a network appliance to a neighboring computing device are disclosed. In exemplary embodiments, customized export policies are created based on source type for each neighboring computing device to a network appliance. A source type for routing information is determined by the network appliance. The routing information is exported by the appliance to the neighboring computing device, such as a BGP router, based on the customized export policy associated with the source type.

Abstract: The field of the invention relates to systems and methods for managing healthcare information systems, and more particularly to systems and methods for coordinating the delivery of high-quality health care and medical services over an information network. In one embodiment, a processing server is configured to electronically receive a patient's health information over a data network from one or more patient systems. The processing server also includes a computer program product having a computer-usable medium including a sequence of instructions which, when executed by a processor, causes said processor to execute a process that coordinates the delivery of transferrable patient health information and provides preoperative testing recommendations based on a single acquisition of electronic patient health information.

Abstract: A learning system including an information bus, a student information system, a content repository, a learning content management system, and a learning engine is provided. The student information system, the content repository, the learning content management system, and the learning engine each publish messages to the information bus and subscribe to messages from the information bus. The learning system may present and track the efficacy of both learning map-based course materials and traditional course materials. Methods of using a learning system and creating course learning maps are also presented.

Abstract: The field of the invention relates to systems and methods for managing healthcare information systems, and more particularly to systems and methods for coordinating the delivery of high-quality health care and medical services over an information network. In one embodiment, a processing server is configured to electronically receive a patient's health information over a data network from one or more patient systems. The processing server also includes a computer program product having a computer-usable medium including a sequence of instructions which, when executed by a processor, causes said processor to execute a process that coordinates the delivery of transferrable patient health information and provides preoperative testing recommendations based on a single acquisition of electronic patient health information.

Abstract: A service delivery unit for an enterprise network is provided. The service delivery unit includes at least one network interface port that is coupleable to a wide area network and at least one data port that is coupleable to a plurality of local area networks. The service delivery unit also includes a policy server interface that is coupleable to a policy server. The policy service includes policies for bandwidth allocation stored on a computer readable medium. The service delivery unit further includes a central processing unit that is communicatively coupled to the network interface port, the data port and the policy server interface. The central processing unit executes instructions to selectively allocate bandwidth in the wide area network for users of the plurality of local area networks based on the policies stored in the policy server.