69 results about "TRADACOMS" patented technology

Sets of local, (e.g., online) ads may be generated by obtaining sets of information about (e.g., local) establishments, each set including a business address information and/or a telephone number, (b) determining, for each of the sets, a location using at least one of at least a portion of the business address information and at least a portion of the telephone number, and (c) generating, for each of the sets, an ad that includes targeting information that targets the serving of the ad to queries related to the determined location. A query, including information about a location of a client device, may be accepted and at least one of the generated ads that includes targeting information that targets the location of the client device may be determined.

The present invention provides a method and system for securing sensitive data from unauthorized access or use. The method and system of the present invention is useful in a wide variety of settings, including commercial settings generally available to the public which may be extremely large or small with respect to the number of users. The method and system of the present invention is also useful in a more private setting, such as with a corporation or governmental agency, as well as between corporation, governmental agencies or any other entity.

A descriptive-profile mercantile method, for use at a juncture in a data-communications topology having associated therewith a maintained databank of partial profiles, is disclosed. The method includes the steps of: from a user, receiving a transaction having therein a first partial profile; using the first partial profile, searching a databank having a plurality of second partial profiles, wherein is included in said databank at least one null profile so that said searching will always yield at least one proximate second partial profile to the first partial profile; and between the user and the databank, contracting: (I) for the databank to own or represent a right to a first mutually agreed portion of the first partial profile, and substantially thereafter said databank incorporating the agreed portion of the first profile into at least one second partial profile; or (II) for the user to own or represent a right to a second mutually agreed portion of at least one said proximate second partial profile, and substantially thereafter the databank transmitting to the user the second mutually agreed portion of the second profile. The present invention operates best on a brokerage representation model; and thereby provides a means for making viable the economic commerce in information attributes.

The invention relates to a method and a device for hiding information based on word2007 text segmentation. An Office Open extensible markup language (XML) file format is a new file format which is adopted by Microsoft office 2007 and later versions thereof. In the method for hiding secret information, the secret information is converted into a numerical value so as to be embedded into run number of each paragraph according to the coding requirement of the secret information to be transmitted based on the paragraph serving as a unit by segmenting the number of run elements in each paragraph. Meanwhile, the robustness of the hiding method is improved by adding robust marks into the segmented run elements. The extraction process of the secret information is a reverse embedding process. In the method, any displayed content of an electronic document is not changed; the method has extremely strong concealment; the robustness of hidden information is enhanced by adding the robust marks; and the method can be applied to hidden transmission of confidential information such as national defense, politics, commerce and the like.

The invention discloses a professional title evaluation method and a professional title evaluation system based on a blockchain. The professional title evaluation method comprises the steps of: generating a block for received professional title evaluation data, and storing the block into a blockchain network according to a sorting service; accessing an evaluation node according to evaluation authority, and sequentially evaluating the professional title evaluation data by calling an intelligent contract; and encrypting the evaluation result, and broadcasting the encrypted evaluation result to the blockchain network. The problems of centralized data storage, human intervention in the evaluation process, lack of impartiality of publicity information and the like of an existing commercial professional title evaluation system are solved. On the basis of a decentralized blockchain platform, blocks are generated for received professional title evaluation data, and the professional title evaluation data is evaluated in sequence by calling the intelligent contract, so that decentralization is realized, the evaluation process is traceable, the data cannot be tampered, and publicity is credible.

The invention discloses an SAP and BPC data exchange method, and the method comprises the steps: enabling a BPC system to be installed on a BW system, building a BPC merging system on a BW multi-dimensional data model, and employing a BW ETL tool and an SAP commercial suite for data exchange. The invention also discloses an SAP and BPC data exchange system corresponding to the method, and the system comprises a data source storage module, a data conversion module, a data warehouse management module, a commercial modeling module, and a merging processing control monitor. The method and system are advantageous in that the method and system greatly optimize a data collection process of a consolidated statement system, meet the demands of dual-rule checking and statement revealing brought by different operation modes of the SAP system and a non-SAP system, optimize the processing of data reclassification of dual-rule statement data, optimize the maintenance process of main data, and enable the data analysis process to be more flexible.

The invention discloses a signing method and equipment for realizing an encrypted electronic contract based on a blockchain intelligent contract. The signing method comprises the following steps: uploading a digital certificate to an electronic contract signing system by a signing party; creating a target electronic contract and performing digital signature by a first signing party; adding digitalcertificates of other signing parties to the target electronic contract by the first signing party; verifying the digital signature of the first signing party by an intelligent contract; enabling theintelligent contract to encrypt the target electronic contract; and letting other signing parties to complete digital signatures. The electronic contract is stored in a distributed account book through a decentralized block chain technology, the intelligent contract is used for processing the electronic contract, it is ensured that rules are transparent, dark box operation is effectively prevented, the asymmetric encryption technology is ingeniously used for encrypting the contract, all other people except the contract signing party cannot check contract information, and undesirable phenomenalike commercial confidential leakage are avoided. In conclusion, the method effectively ensures the confidentiality, objectivity, legality and authenticity of the contract.

The invention discloses an OTC network transaction system. The OTC network transaction system comprises a transaction matching system, a company registering system, a network counter concentrating system, a plurality of peripheral channel access systems and an information system. Material submission and audit between an enterprise and an exchange are finished through a network, an objection is raised in time for submitted problematical files or submitted unqualified files, enterprise personnel can effectively correct the files through the network in time, workers can finish related operation just by sitting before computers, the enterprise personnel do not need to repeatedly travel to and fro between the enterprise and the exchange, the time of the workers of the enterprise is greatly saved, a great number of materials are not combed manually any more, and the workload of the workers is greatly reduced to a certain extent; the system is simple in overall structure, convenient to operate and capable of effectively achieving efficient, fast and convenient transactions and meets the requirement of modern commercial transactions developing at a high speed.

In a method for computer driven question identification and understanding within a commercial tender document (CTD), different CTDs from different individuals are uploaded into fixed storage of a computer. Then, different ones of the CTDs are loaded into memory and clustered into different clusters according to at least one clustering criteria. For each one of the CTDs, a corresponding one of the clusters is identified, and a segmentation model selected for the identified one of the clusters. Thereafter, segmentation is performed upon the CTD utilizing the selected segmentation model to produce a set of segmented portions of the CTD. Finally, for each one of the segmented portions, a set of extraction rules mapped to the one of the segmented portions is retrieved, at least one question extracted from the one of the segmented portions utilizing the set of extraction rules and each extracted question stored in a crowd-sourced database of questions for CTDs.

The invention provides a big data recommendation method, system and device for the insurance industry, and the method comprises the following steps: (A) constructing an insurance industry big data center, storing the related data of a user in an HDFS system, and carrying out the distributed storage; (B) executing distributed data processing and computing through a Spark big data parallel computingframework, and processing log messages through a Kafka distributed message publishing and subscribing system channel; (C) dividing the users into different groups according to the attributes of the users based on an improved clustering model of demographic data, and executing a recommendation algorithm in different groups; and (D) executing front-end dynamic visual display through the ECharts open source visual library and the WebSocket full duplex communication protocol. The method can assist the insurance industry in commercial decision making, provides an insurance industry recommendationmodel, and guarantees the data safety.

A path verification method and related equipment are used in the technical field of communication. The method comprises the following steps: network equipment obtains path information of a message forwarding path, the message forwarding path passes through a third autonomous domain AS, a second AS and a first AS in sequence, and the third AS, the second AS and the first AS are adjacent in sequence; the network equipment determines a business relationship of a first AS pair and a business relationship of a second AS pair, the first AS pair comprises a first AS and a second AS which are arranged in sequence, and the second AS pair comprises a second AS and a third AS which are arranged in sequence; the network equipment judges whether the message forwarding path is valid or not according to the business relationship of the first AS pair and the business relationship of the second AS pair; and according to the embodiment of the invention, whether the path is valid or not needs to be determined according to the business relationship between the adjacent AS pairs, so that the P2P routing information leakage condition can be verified more accurately, and the verification result is more credible.

The invention discloses a system and a method for sharing confidential data on a blockchain. The system comprises a data encryption subsystem, a key distribution subsystem, a metadata directory subsystem, a key collection subsystem, a data decryption subsystem and a confidential data storage subsystem. The invention belongs to the technical field of blockchains. The invention relates to a system and a method for sharing confidential data on a blockchain. After the key is segmented, the key is stored on blockchain and is prevented from being lost, an innovative data use and supervision mechanism is provided; after the data provider encrypts the data, the key fragments are distributed to each holder, and each key fragment holder is a data stakeholder or a data supervision mechanism; when a user wants to win the encrypted data, the user needs to obtain approval of each holder; and, through the mechanism, it can be clearly recorded that the data is provided, supervised and used by who, andall historical records cannot be changed, and reasonable and legal exchange and use of the data in the digital economy era, business and personal data can be effectively guaranteed.

A system and method for processing a secure financial transaction using a Commercial off-the-shelf (COTS) or Internet of Things (IoT) device is provided. The method comprises requesting a Trusted Application Manager (TAM) to verify the COTS/IoT device identity and executing an application on a COTS/IoT device. Upon verification, TAM installs a Trusted Application (TA) in a Trusted Execution Environment (TEE) of the COTS/IoT Device. Further, initiating a resonance response when a tag is within a predetermined distance from the COTS/IoT device with TA installed, and receive the tag information from the tag. Finally, processing a secure financial transaction using the COTS/IoT device based on the received tag information by accessing the TEE. The COTS/IoT device includes a distributed ledger, and which comprises information corresponding to at least one of COTS/IoT device ownership, manufacture, and usage information.

Systems and methods for forwarding product specifications and/or price quotes during an online chat session are disclosed. Prospective borrowers visit the online loan exchange and enter loan scenario information. The loan exchange searches the database for compatible loan quotes, and retrieves a list of competitive loan quotes which is then sent to the borrower. The prospective borrower selects a loan quote, and is offered to enter into a chat session with the loan agent. The loan agent receives a request to enter into the chat session with the prospective borrower, and automatically or manually receives both the loan scenario and/or the loan quotation. Systems and methods for escrow and title agents to post their services and fees on the loan exchange are also disclosed. The loan agent develops matching rules to select compatible services as part of the loan quotation.

The invention provides a live streaming system based on a live streaming software PaaS platform. The live streaming system based on the live streaming software PaaS platform comprises an anchor system, a content square system and a cloud warehouse management system. The output end of the anchor system is connected with the input end of the content square system, and the anchor system is used for selecting a corresponding marketing product; and the output end of the cloud warehouse management system is connected with the input end of the anchor system to provide high-quality choices. According to the live broadcast system based on the live streaming software PaaS platform provided by the invention, scientific commercial logic enables the anchor system, the content square system and the cloud warehouse management system to be enabled with one another, so that a perfect commercial closed loop is formed, and a private domain live streaming innovation mode in which the central main live streaming room is combined with the distribution sub-live streaming rooms is formed, a more optimized management mode and classified operation and distribution are endowed to live streaming, fans are enabled to fission automatically, the personal IP of the anchor of the distribution sub-live streaming room can be created, and powerful private domain flow data assets of enterprises can be settled.

A method and system of provisioning one or more Network Elements, as well as a method and apparatus for resuming a failed Customer Service Order for provisioning one or more Network Elements, is disclosed. A provisioning logic framework receives a Customer Service Order CSO from a Business Support System, calls respective provisioning logic for performing said Customer Service Order and detects if the received Customer Service Order is a CSO to be resumed. During the performing time of said Customer Service Order, historical processing data is stored. If it is detected that the received Customer Service Order is a CSO to be resumed, the provisioning logic framework builds up a fake environment on the basis of historical processing data stored previously for the CSO to be resumed. Then the successful part of the CSO is directed to the fake environment and the uncompleted part of the CSO is directed to actual Network elements.

A system and method for preventing use of invalid digital certificates is disclosed. The method comprises receiving, in a validation service from a requesting entity, a cryptographic asset and a request to evaluate the cryptographic asset, the cryptographic asset uniquely assigned to one of the plurality of devices by an associated one of the commercially distinct entities, the request comprising the cryptographic asset, determining an evaluation state of the cryptographic asset at least in part from a database derived from a plurality of public keys currently assigned to the plurality of devices and previously received by the validation service, determining a disposition of the cryptographic asset according to a disposition policy associated with the determined evaluation state and the device and effecting the determined disposition of the cryptographic asset.