86 results about "Reason Code" patented technology

A system and method for coordinating product inspection, repair and product maintenance features a proactive, data-driven process where industry-wide maintenance baselines, problems, frequency-of-occurrence data and best-in-class repair processes are identified in a central, secure, structured database environment and thereby where the safety and operational and economic impact of a problem can be evaluated and acted upon. Using industry-wide data provided by users, the present system and method will link repair and inspection finds (non-routines), reason codes and severity data related to potential safety, reliability, cycle time and cost implications with the root cause analysis and certified best inspection / repair / preventative process instructions, materials, tools and / or equipment. This information, combined with a maintenance provider's, manufacturer's and OEM's information, will greatly improve safety, reliability, cycle time and budget performance on repair, maintenance and inspection of equipment utilizing the present system and method.

A system for providing real-time risk mitigation for an authorization system. The system receives authorization requests from multiple merchants (or their respective acquirers) and processes such requests. Each processed request is then forwarded to its corresponding issuer for further authorization. Each processed request includes an authorization message. The authorization message can include a risk score, a number of reason codes, and a number of condition codes. The use of the risk score, reason codes and condition codes allows issuers to make better informed decisions with respect to providing authorizations.

A computer program product, apparatus, and method for providing exception condition feedback at a control unit to a channel subsystem in an I / O processing system are provided. The computer program product includes a tangible storage medium readable by a processing circuit and storing instructions for execution by the processing circuit for performing a method. The method includes receiving a command message at the control unit from the channel subsystem, and detecting an exception condition in response to unsuccessful execution of at least one command in the command message. The method further includes identifying a termination reason code associated with the exception condition, writing the termination reason code to a response message, and sending the response message to the channel subsystem.

A computer-implemented and Internet-based method of managing Accounts Receivable (AR) information includes steps of receiving a customer request for remote Internet access to AR information (such as pending invoices) owned by vendor; retrieving the customer's AR information from a database and enabling the retrieved AR information to be remotely displayed for the customer and enabling the vendor's internal personnel to retrieve and to display the customer's AR information simultaneously as the AR information is displayed for the customer. The customer may dispute an invoice accessed from the database by accessing the vendor's Web site and by selecting a reason code for the dispute and at least a disputed amount to create a pending Credit Memo Request, all without direct manual involvement from the vendor. The pending Credit Memo Request may then sent to and routed through a selected process for the selected reason code, a selected hierarchy of persons empowered to approve Credit Memo Request incorporating the selected reason code and / or a primary approver for the selected reason code. Upon approval of the Credit Memo Request, a Credit Memo may be automatically generated and the disputed amount may be credited to the disputed invoice. The customer may be notified of the approval or rejection of the Credit Memo Request, as may be selected personnel internal to the vendor. Real time balances may be available to the customer on a self-server basis, as are other common AR-related services.

A computer program product, apparatus, and method for handling exception condition feedback at a channel subsystem of an I / O processing system using data from a control unit are provided. The computer program product includes a tangible storage medium readable by a processing circuit and storing instructions for execution by the processing circuit for performing a method. The method includes sending a command message to the control unit, and receiving a response message in response to the command message. The response message includes exception condition feedback identifying a termination reason code in response to unsuccessful execution of at least one command in the command message. The method also includes interrupting a CPU in the I / O processing system, and reporting status associated with the exception condition feedback to the CPU in an interrupt response block.

A technique for operating a storage system includes determining, based on a response (e.g., return and reason codes from catalog services) from a storage operating system, that a desired user catalog is unavailable for storage of a new dataset. A new user catalog is then dynamically created, when the desired user catalog is unavailable. An alias entry in a master catalog is then updated to point to the new user catalog, when the desired user catalog is unavailable.

An RST reason code is conveyed in a predetermined field of the TCP or IP header for a TCP RST packet in order to indicate the reason for the RST. In this way, an enhanced TCP device that receives the RST packet can access the RST reason code in machine-readable form and, unlike prior art implementations in which ASCII text is carried in the TCP payload to provide a RST reason, without having to process the payload of the TCP packet.

A method and system for creating an assurance level based on authentication data attributes using a computer device coupled to a database are provided. The method includes receiving an authorization request associated with the financial transaction from the sender, the authorization request including a fraud risk assessment of the financial transaction determined by the sender using an authentication response received from the computer device by the sender, the authorization request including one or more reason codes associated with the sender fraud risk assessment. The method further includes transmitting the received authorization request to an issuer associated with the cardholder.

A computer and a computer-based method for verifying compliance of transaction data for a chargeback transaction with a set of regulations is provided. The method includes storing transaction data and a plurality of regulation sets wherein each regulation set is associated with a reason code and defines compliance of a chargeback transaction with the associated reason code, and receiving a chargeback message for the chargeback transaction wherein the chargeback message includes an assigned reason code for requesting the chargeback transaction and a transaction identifier for identifying transaction data associated with the chargeback transaction. The method further includes retrieving transaction data based on the transaction identifier, retrieving a regulation set wherein the retrieved regulation set is associated with the assigned reason code included within the received chargeback message, and verifying the assigned reason code assigned to the chargeback transaction by comparing the retrieved transaction data to the retrieved regulation set.

A method for a handover procedure comprises detecting a status of a backhaul connection between an original femto base station and a backbone network, and sending a handover request message including a reason code and / or flag to at least one mobile station served by the original femto base station, then the at least one mobile station re-associates with at least one base station other than the original femto base station.

A system for and method of providing Short Message Service (SMS) message notification to a cellular telephone customer regarding missed incoming calls that are missed while the cellular telephone is powered off. This is accomplished by generating a notification message at a SS7 gateway that includes caller ID / name ID information and / or time of the missed call. The message is preferably generated at the SS7 gateway only upon receipt of an “access denied” response with a reason code of “inactive” that is sent from a home location register in response to a location request sent by the SS7 gateway. Once the generated message is complete it is request sent to a message center where it is stored until it is retrieved by the cellular telephone soon after registration with the cellular network.

A reason code and token facilitate linking of a primary and secondary merchant to allow the secondary merchant to make an offer to a customer of the first merchant. The website linking system has a reason code, a token, a schema defining information to be passed from a first website, and a validator. The token is constructed to indicate a particular customer of the first website. The reason code correlates to a specified parameter to be used when making an offer to the customer indicated by the token, and the validator and the token are constructed to indicate the schema is a valid schema to the first website. The linked merchant transaction method involves receiving a reason code from a primary merchant for a customer in response to a transaction between the primary merchant and the customer; providing an offering to the customer based upon the reason code; receiving an acceptance from the customer; and in response to the acceptance, receiving customer identifying information from the primary merchant.

A system for monitoring security systems including at least one pedestal set; a reason code generator; a computer to compile data received from the at least one pedestal set, and a graphical display to display the compiled data received from the pedestal set in the form of a maps of locations. An IP camera configured to operate for a period of time during the alarm event may be included. A method for monitoring security systems is also provided which includes providing at least one pedestal set, passing a tag through the pedestal set to create an event, generating a reason for the event observed by the pedestal set, compiling batches of data received from the at least one pedestal set; and graphically displaying the compiled data received from the pedestal set in the form of a maps of locations.

A computer-implemented and Internet-based method of managing Accounts Receivable (AR) information includes steps of receiving a customer request for remote Internet access to AR information (such as pending invoices) owned by vendor; retrieving the customer's AR information from a database and enabling the retrieved AR information to be remotely displayed for the customer and enabling the vendor's internal personnel to retrieve and to display the customer's AR information simultaneously as the AR information is displayed for the customer. The customer may dispute an invoice accessed from the database by accessing the vendor's Web site and by selecting a reason code for the dispute and at least a disputed amount to create a pending Credit Memo Request, all without direct manual involvement from the vendor. The pending Credit Memo Request may then sent to and routed through a selected process for the selected reason code, a selected hierarchy of persons empowered to approve Credit Memo Request incorporating the selected reason code and / or a primary approver for the selected reason code. Upon approval of the Credit Memo Request, a Credit Memo may be automatically generated and the disputed amount may be credited to the disputed invoice. The customer may be notified of the approval or rejection of the Credit Memo Request, as may be selected personnel internal to the vendor. Real time balances may be available to the customer on a self-serve basis, as are other common AR-related services.

The invention discloses a method, a device and a system for optimizing network access performance, which are used for improving network optimization efficiency and accurately and effectively optimizing the network. The method comprises the following steps of: generating a detailed call tracking record according to the received call trigger message, wherein the detailed call tracking record is used for recording detailed information of the whole call flow, and at least comprises a call reason code; after the release of the current call, acquiring the detailed call tracking record, and judging whether the current call is successfully accessed according to the reason code therein; and counting the network access failure rate based on the judgment result, evaluating the network access performance according to the access failure rate, and selecting a corresponding reference optimization scheme for network optimization according to the evaluation result. Therefore, the automatic network evaluation can be realized, the accurate and effective network optimization can be automatically carried out, and the system maintenance cost is reduced. The invention also discloses a device and a system for optimizing network access performance.

A transaction message processing server is configured to receive an authorization request message from a sender computing device, the authorization request message associated with a transaction. The server is also configured to detect a decision data element in an authentication outcome data field of the authorization request message, and interpret the decision data element as an indicator that the transaction is highly authenticated. The server is further configured to retrieve a reason code that identifies the transaction as a highly authenticated transaction, and embed the reason code into the authorization request message to form an enhanced authorization request message. The server is still further configured to transmit the enhanced authorization request message including the reason code to an issuer computing device, wherein the enhanced authorization request message is configured to enable the issuer computing device to bypass at least one issuer authentication process.

The present invention comprises systems and methods for addressing exceptions (i.e., alarms) associated with a guard tour according to a predefined hierarchy. The exception is generated automatically based on data associated with the guard tour, as typicdally collected by an ETTS. The present invention receives tour data, and based upon predefined customer preferences and current conditions, generates a procedure to be followed to optimally resolve the exception, typically based on to various parameters, including customer, exception type, day, date, and time of day. In response to an exception, a contact list is generated, the contact list being associated with one or more of the parameters. Based on the nature of the exception, the present invention has the ability to prevent an operator from clearing the exception until it has been resolved in a predefined manner. For instance, a certain response from someone contacted by the operator may be required before an acceptable reason code is accepted by the system.

A privileged account management system can maintain a database that defines a normal amount of time that it takes to perform a task associated with a reason code. When an administrator requests admin credentials for accessing a server, the administrator can provide a reason code which defines a task that the administrator intends to accomplish. A PAM system can maintain a database that defines, for each reason code, a normal amount of time that is required to accomplish the task associated with the reason code. The PAM system can then monitor an elapsed time over which the admin credentials are checked out to an administrator to determine whether the elapsed time exceeds the corresponding normal amount of time. If the elapsed time exceeds the normal amount, the PAM system can take appropriate action to mitigate any potential harm to the server.

A method and apparatus for displaying annotations on a digital image such that the viewing area is simplified and maximized. Abbreviated reason codes are employed, thereby increasing the number of annotations that may be displayed concurrently with an image and reducing the obtrusiveness of the annotations. The abbreviated reason codes may provide information to viewers about the significance of the image. Viewers may configure where the annotations are displayed and may associate priorities with the reason codes such that annotations of interest may be displayed more prominently or accessibly. Likewise, text descriptions associated with an annotation may be hidden until requested by a viewer. In instances where the number of annotations exceeds some configurable threshold, the excess annotations may be hidden unless requested.

The invention discloses a management system of an electric tiled antenna, comprising a controller, an agent module, a chain path module and a drive, wherein the controller is arranged in an OMC (Operation and Maintenance Center) server and is used for receiving an operation instruction of input equipment and / or a report from the drive and issuing a control command according to the operation instruction and / or the report; the agent module is arranged in an RFS (Remote File Service) and used for forwarding the control command; the chain path module is arranged in the RFS and used for establishing a work chain path between the drive and the agent module; and the drive is arranged in the electric tilted antenna and used for executing the control command of the electric tiled antenna and reporting and executing an operating result and / or a failure reason code. The invention also provides a management method of the electric tiled antenna. The invention solves the problems of lower operation efficiency and higher cost caused by the operation of maintenance personnel required to manage the electric tiled antenna on site, and further achieves the effects of improving the work efficiency and reducing the cost because the maintenance personnel can remotely manage the electric tiled antenna.

Described are computer-based methods and apparatuses, including computer program products, for system health monitoring. Backup set metadata is received, wherein the backup set metadata comprises information about backup data sets that are received by a backup storage system. One or more processes that process the backup set metadata through an emulated processing flow path are executed, wherein the one or more processes are also implemented in the backup storage system. Two or more potential processing states are determined within the emulated processing flow path. A reason code is determined for each backup set metadata entry of the backup set metadata indicative of a reason that the backup set metadata entry is in a processing state of the two or more potential processing states. A problem with the manner in which the backup set metadata is flowing through the emulated processing flow path is identified based on the reason codes.

The invention discloses a system of downloading multimedia files by utilizing WAP protocol and SMS serve, which can make use of the system to quickly eliminate obstacles after failure of client download, and continue to download, which improves efficiency of download. The system at least comprises a client and a server. The client is a handheld device with the function of WAP browser and SMS function. The server is a network server which can be used for meeting the customers download function. The server is provided with a SMS dynamic generator which is used for dynamically generating SMS with the function of prompt and link to return to the client according to reasons of download failure returned from the client. The work flow is as follows: the server receives feedback reasons from user terminal for failure of the code, and the SMS dynamic generator analyzes the reasons for failure of the code, calls the corresponding text and link according to the reason code, and then compiles the indicator text and link to the server.; finally, the server sends the text and link to the client.

The invention is used for providing a reason of authentication failure for user when user fails to pass through the authentication and is off-lined. It comprises: before user fails to pass through the authentication and is off-lined, the server sends its reason to the 802.1x apparatus; 802.1x apparatus places the reason code in the expanded identification protocol notice message, and sends the message to the 802.1x client side.

Certain aspects involve building and debugging models for generating source code executed on data-processing platforms. A target data-processing platform is identified that requires bin ranges for modeling coefficients and reason codes for input attributes. A processor outputs source code, which is generated from a modeling code, in a programming language used by the target data-processing platform.

The invention discloses a statistical method for failure reason data, which comprises the following steps: selecting a failure reason of individual statistics, wherein other failure reasons are used as the failure reasons of comprehensive statistics; when a failure occurs in the service process, if the failure reason for the service is the failure reason of individual statistics, accumulating the frequency of the failure reason; and if the failure reason for the service is the failure reason of comprehensive statistics, accumulating the frequency of the failure reason of comprehensive statistics, and recording the failure reason code of the failure reason of comprehensive statistics. The invention improves the user's experience, and converts the complex failure reason code into counter values which are suitable for common users and maintenance personnel to understand easily; and the failure reasons can be displayed as the column heading which can be conveniently displayed as a form at the local maintenance terminal. The invention enhances data accuracy; and the storage mechanism of the counter can ensure no loss of data for important failure reasons which require statistic correctness.

A system and method for generating greedy reason codes for computer models is provided. The system for generating greedy reason codes for computer models, comprising a computer system for receiving and processing a computer model of a set of data, said computer model having at least one record scored by the model, and a greedy reason code generation engine stored on the computer system which, when executed by the computer system, causes the computer system to identify reason code variables that explain why a record of the model is scored high by the model, and build an approximate model to simulate a likelihood of a high score being generated by at least one of the reason code variables identified by the engine.

The invention discloses an active diagnosis method of an electric vehicle fault, belonging to the technical field of electric vehicles. The method comprises the steps that: (S1) a host computer system monitors a selected current vehicle fault and sending a fault diagnosis instruction to a whole vehicle controller, (S2) the whole vehicle controller reads a fault code of the current vehicle fault according to the received fault diagnosis instruction and starts a diagnostic strategy corresponding to the fault code, (S3) the whole vehicle controller sends a current vehicle fault reason code obtained through diagnosis to the host computer system, and (S4) the host computer system searches a reason of the current vehicle fault and a fault solution in a database according to the received current vehicle fault reason code and carries out text display. Through the communication between the host computer system and the whole vehicle controller, the vehicle fault is actively diagnosed, and the accuracy and efficiency of the fault diagnosis are improved.

A flowchart-based programming and control system includes a computer with a processor, memory, and display. A device is connected to the computer and is associated with a process. A flowcharting module generates and edits flowchart source code that includes flowchart blocks and that contains logic for operating the device. First and second flowchart blocks assign an operational state of the process. A reason code module associated with the flowcharting module assigns first and second reason codes to the first and second flowchart blocks. The flowchart module compiles the flowchart source code into flowchart object code. A flowchart run-time engine module executes the flowchart object code to control the process. The flowchart object code generates the first and second reason codes during execution of the first and second flowchart blocks. A performance analysis module and a charting module record and graphically represent the operational state of the process over time.