Abstract: Obtaining data including company data and their known connections through public sources will necessarily result in an incomplete matrix of customer-supplier relationships containing some mixture of known relationships with known values, known relationships with unknown values, and unknown relationships with unknown values. A method and system is presented to obtain a best estimate of all unknown values given the known information in the network, including an amount that is assigned to unknown entities to be discovered later.

Abstract: In economic networks, it is not currently possible to observe all flows between entities. Only a portion of relationships between firms is known publicly, and only a portion of those relationships is assigned values through reporting requirements by the regulating public institutions. Therefore, obtaining a plurality of documents that describe companies and their known connections through public sources will necessarily result in an incomplete matrix of customer-supplier relationships containing some mixture of known relationships with known values, known relationships with unknown values, and unknown relationships with unknown values. A method and system is presented to obtain a best estimate of all unknown values given the known information in the network, including an amount that is assigned to unknown entities to be discovered later.

Abstract: In economic networks, it is not currently possible to observe all flows between entities. Only a portion of relationships between firms is known publicly, and only a portion of those relationships is assigned values through reporting requirements by the regulating public institutions. Therefore, obtaining a plurality of documents that describe companies and their known connections through public sources will necessarily result in an incomplete matrix of customer-supplier relationships containing some mixture of known relationships with known values, known relationships with unknown values, and unknown relationships with unknown values. A method and system is presented to obtain a best estimate of all unknown values given the known information in the network, including an amount that is assigned to unknown entities to be discovered later.

Abstract: In economic networks, it is not currently possible to observe all flows between entities. Only a portion of relationships between firms is known publicly, and only a portion of those relationships is assigned values through reporting requirements by the regulating public institutions. Therefore, obtaining a plurality of documents that describe companies and their known connections through public sources will necessarily result in an incomplete matrix of customer-supplier relationships containing some mixture of known relationships with known values, known relationships with unknown values, and unknown relationships with unknown values. A method and system is presented to obtain a best estimate of all unknown values given the known information in the network, including an amount that is assigned to unknown entities to be discovered later.

Abstract: In economic networks, it is not currently possible to observe all flows between entities. Only a portion of relationships between firms is known publicly, and only a portion of those relationships is assigned values through reporting requirements by the regulating public institutions. Therefore, obtaining a plurality of documents that describe companies and their known connections through public sources will necessarily result in an incomplete matrix of customer-supplier relationships containing some mixture of known relationships with known values, known relationships with unknown values, and unknown relationships with unknown values. A method and system is presented to obtain a best estimate of all unknown values given the known information in the network, including an amount that is assigned to unknown entities to be discovered later.

Abstract: In economic networks, it is not currently possible to observe all flows between entities. Only a portion of relationships between firms is known publicly, and only a portion of those relationships is assigned values through reporting requirements by the regulating public institutions. Therefore, obtaining a plurality of documents that describe companies and their known connections through public sources will necessarily result in an incomplete matrix of customer-supplier relationships containing some mixture of known relationships with known values, known relationships with unknown values, and unknown relationships with unknown values. A method and system is presented to obtain a best estimate of all unknown values given the known information in the network, including an amount that is assigned to unknown entities to be discovered later.

Abstract: In economic networks, it is not currently possible to observe all flows between entities. Only a portion of relationships between firms is known publicly, and only a portion of those relationships is assigned values through reporting requirements by the regulating public institutions. Therefore, obtaining a plurality of documents that describe companies and their known connections through public sources will necessarily result in an incomplete matrix of customer-supplier relationships containing some mixture of known relationships with known values, known relationships with unknown values, and unknown relationships with unknown values. A method and system is presented to obtain a best estimate of all unknown values given the known information in the network, including an amount that is assigned to unknown entities to be discovered later.

Abstract: The present invention relates to methods using cleaning compositions for the reduction of nucleic acid contamination. More particularly, the present invention relates to cationic compositions that bind to, and can remove, extraneous nucleic acids, polynucleotides, and DNA from the surface of a substrate. Preferably, the cationic compositions include a substance with a molecular weight of 500 Da or more. The present invention finds utility as a surface decontamination agent in PCR and other related DNA amplification techniques.

Abstract: The present invention relates to methods using cleaning compositions for the reduction of nucleic acid contamination. More particularly, the present invention relates to cationic compositions that bind to, and can remove, extraneous nucleic acids, polynucleotides, and DNA from the surface of a substrate. Preferably, the cationic compositions include a substance with a molecular weight of 500 Da or more. The present invention finds utility as a surface decontamination agent in PCR and other related DNA amplification techniques.

Abstract: The present invention relates to methods using cleaning compositions for the reduction of nucleic acid contamination. More particularly, the present invention relates to cationic compositions that bind to, and can remove, extraneous nucleic acids, polynucleotides, and DNA from the surface of a substrate. Preferably, the cationic compositions include a substance with a molecular weight of 500 Da or more. The present invention finds utility as a surface decontamination agent in PCR and other related DNA amplification techniques.

Abstract: The present invention provides a process for controlling toilet odors by use of compositions comprising a hypochlorite compound and a hydrogen peroxide compound. The compositions are useful for preventing, reducing and/or eliminating the odor emitting capacity of human or animal excrement in an aqueous solution.

Abstract: The present invention provides compositions for preventing and controlling toilet odors. The compositions generally comprise a hypochlorite compound and a hydrogen peroxide compound. The compositions are useful for preventing, reducing and/or eliminating the odor emitting capacity of human or animal excrement in an aqueous solution.