Sundt
John H. Sundt, Tucson, AZ US
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20080215383 | AUTOMATED AIRLINE SYSTEM AND METHOD - A computer based system and method for automated travel related boarding document booking, retrieval, account creation and purchase account credit system which provides for customer receipt of boarding documents via electronic transmission, including notification of same and of allied services. A method for customers with reservations is included to enable early check in and/or have their boarding documents transmitted to them as well as receive updated information regarding transportation status, local terminal conditions and amenities. The system incorporates methodology relating to the customer's establishment of an automated account, the creation of the automated account, payment of a fee for securing the preferred boarding documents, retrieval of a boarding document and the earning of account purchase credits. Allied automated services include providing the registered passenger with updated transportation information, transit terminal amenities, and electronic commerce links for private commercial transactions. | 09-04-2008 |
Mark Sundt, Red Bank, NJ US
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20080240098 | METHOD AND APPARATUS FOR PROVIDING FLEXIBLE VIRTUAL FORWARDING TABLE - A method and apparatus for providing a flexible virtual forwarding table for packet networks are disclosed. For example, the method receives one or more packets from at least one customer endpoint device, where the one or more packets are destined for a destination node. The method then locates a route for routing the one or more packets by consulting one or more virtual forwarding projection tables, wherein each of the one or more virtual forwarding projection tables contains a subset of the routes that are stored in a virtual route forwarding table. Finally, the method forwards the one or more packets towards said destination node using said route. | 10-02-2008 |
20100061227 | Method to reduce routing convergence at the edge - In a network comprising a provider edge router coupled to each of a mated pair of core routers in a core network, a system and methodology for rerouting upstream traffic destined for the provider edge router in the event of a link failure between one of the core routers and the provider edge router. By detecting a link failure between a first of the mated pair of core routers and the provider edge router, and directing the upstream traffic destined for the provider edge router to a second of the mated pair of core routers, internal gateway protocol (IGP) reconvergence events are not triggered. | 03-11-2010 |
20100061381 | Method to reduce IGP routing information - A system and method for routing traffic from an ingress provider edge router to an egress provider edge router that eliminates the need to share state information between the ingress provider edge router and a plurality of core routers in a core network. The ingress provider edge router and egress provider edge router are each coupled to at least two core routers among the plurality of core routers in the core network, the ingress provider edge router learning routes with a next hop equal to an IP address of the egress provider edge router through an internal border gateway protocol (iBGP). The ingress provider edge router balances traffic flows on uplinks between the ingress provider edge router and the at least two core routers coupled to the ingress provider edge router without knowledge of network topology in the core network. | 03-11-2010 |
Mark R. Sundt, Red Bank, NJ US
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20140156848 | INTER-PROVIDER NETWORK ARCHITECTURE - An inter-provider network architecture system is disclosed. In particular, the system may enable a service provider network and a partner network to take advantage of each other's network cores, such that the resources of the service provider network and the partner network may be more effectively utilized to service customers of both networks. By doing so, not only can the service provider network and the partner network take advantage of each other's network resources, but they can also give each other's customers broader network reach into regions that are not typically serviced by their own networks. The service provider network may effectively accomplish this by providing a limited view of the service provider network to the partner network, or vice versa, so that traffic and data can flow between the networks without each network having to be fully aware of each other's entire network topologies. | 06-05-2014 |
Mark Richard Sundt, Red Bank, NJ US
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20120147883 | METHODS AND APPARATUS TO DETERMINE AN ALTERNATE ROUTE IN A NETWORK - Methods and apparatus to determine an alternate route in a network are disclosed. An example method disclosed herein to route a data packet to a destination in a network comprises determining multiplicity values for a set of neighbor nodes, a multiplicity value representing a number of times the data packet has been routed to a respective neighbor node in the set of neighbor nodes, and selecting, based on the multiplicity values, a first neighbor node from the set of neighbor nodes to which to send the data packet to route the data packet to the destination. | 06-14-2012 |
20130329737 | METHODS AND APPARATUS TO DETERMINE AN ALTERNATE ROUTE IN A NETWORK - Methods and apparatus to determine an alternate route in a network are disclosed. Example methods disclosed herein include processing a label stack of a data packet at a first node to determine whether the data packet is undergoing alternative routing to a destination. Such example methods also include, in response to determining that the data packet is undergoing alternative routing, processing the label stack to determine multiplicity values for neighbor nodes of the first node, respective ones of the multiplicity values representing respective numbers of times the data packet has been routed to respective ones of the neighbor nodes while undergoing alternative routing to the destination. Such example methods further include updating the label stack to increase a respective multiplicity value associated with the first node prior to routing the data packet from the first node to a first one of the neighbor nodes selected based on the multiplicity values. | 12-12-2013 |
Tara A. Sundt, Cedar Falls, IA US
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20130080010 | Clutch Protection System - A vehicle having a chassis, an engine supported by the chassis, a clutch assembly and a controller. The clutch assembly contains a clutch that is coupled to the engine. The controller executes a method to protect the clutch, the method including the steps of calculating, comparing and derating. The calculating step includes calculating the amount of energy being absorbed by the clutch. The comparing step compares the amount of energy to a predetermined limit. The derating step derates the engine dependent upon whether the amount of energy exceeded the predetermined limit in the comparing step. | 03-28-2013 |
Thea Sundt, Bergen NO
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20120009314 | REDUCTION OF ACRYLAMIDE FORMATION - The use of acid treatment of uncooked French fries prior to cooking by roasting, frying, grill or baking whereby to reduce the acrylamide content of the cooked product. | 01-12-2012 |
20120100254 | REDUCTION OF ACRYLAMIDE FORMATION - The use of acid treatment of uncooked French fries prior to cooking by roasting, frying, grill or baking whereby to reduce the acrylamide content of the cooked product. | 04-26-2012 |
Thoralf M. Sundt, Rochester, MN US
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20110071626 | Device and Method for the Surgical Treatment of Ischemic Mitral Regurgitation - A device for the treatment of ischemic mitral regurgitation of a damaged left ventricle having an opposing papillary muscles displaced laterally or axially relative to the mitral annulus. The device includes a lateral limb configured to extend between opposing papillary muscles of a left ventricle and first and second axial limbs extending from spaced points on the lateral limb to form an essentially U-shaped configuration. The first and second axial limbs are configured to extend between the lateral limb and a mitral annulus. A method for the treatment of mitral regurgitation comprises extending a first segment of the lateral limb of the device across opposing sides of a ventricle near opposing papillary muscles. The segment of the first lateral limb is shortened as needed to put the first and second papillary muscles into a substantially normal lateral position relative to the mitral annulus and the length of the segment of the first lateral limbs is fixed. The method further includes extending a segment of the first axial limb between the lateral limb and the mitral annulus and extending a segment of the second axial limb between the lateral limb and the mitral annulus. The first and second axial limb segments are then shortened, as needed, to put opposing papillary muscles into a substantially normal axial position relative to the mitral annulus and the lengths of the segments of the first and second axial limbs are fixed. | 03-24-2011 |