Abstract: The disclosure herein describes automatically monitoring and auditing the performance of batch data tasks associated with a data warehouse. A failure status indicator associated with a batch data task is detected in a task status log associated with the data warehouse. Based on detecting the failure status indicator, the task status log is polled for a recovery status indicator associated with the batch data task. Based on detecting the recovery status indicator associated with the batch data task, audit programs associated with the batch data task are initiated and audit results is received therefrom. Based on the received audit results, an audit result indicator is provided, the audit result indicator including an audit success indicator or an audit failure indicator. The described system provides efficient auditing feedback regarding failed batch data tasks to responsible parties associated with those tasks, enabling efficient detection of and response to potential data errors.

Abstract: The disclosure herein describes automatically monitoring and auditing the performance of batch data tasks associated with a data warehouse. A failure status indicator associated with a batch data task is detected in a task status log associated with the data warehouse. Based on detecting the failure status indicator, the task status log is polled for a recovery status indicator associated with the batch data task. Based on detecting the recovery status indicator associated with the batch data task, audit programs associated with the batch data task are initiated and audit results is received therefrom. Based on the received audit results, an audit result indicator is provided, the audit result indicator including an audit success indicator or an audit failure indicator. The described system provides efficient auditing feedback regarding failed batch data tasks to responsible parties associated with those tasks, enabling efficient detection of and response to potential data errors.

Abstract: A chargeback processing computing device is provided.

Abstract: A chargeback processing computing device is provided.

Abstract: Methods and systems for labeling payment transactions with a transaction lifecycle label using a lifecycle labeling computer system are provided. The system stores authorization, clearing and fraud data associated with a plurality of payment transactions within a database. The system further generates a first table of matching transaction identifiers for a first group of transactions included within the plurality of transactions by matching authorization data to clearing data for the first group of payment transactions The system then generates a second table of matching transaction identifiers for a second group of transactions included within the plurality of transactions by matching clearing data to fraud data for the second group of payment transactions The system also generates a third table of matching transaction identifiers by comparing the first table of transaction identifiers to the second table of transaction identifiers using the lifecycle labeling computer system.

Abstract: A person's cervical spine is progressively remodeled to a normal anterior-posterior curve be seating the person on a chair in an upright position with a lumbar fulcrum pad located in the small of the person's back. An anterior fulcrum strap extends around the neck and is pulled forwardly and upwardly at a preselected angle and with a predetermined force to set the cervical or neck spine with a near normal or slightly forward curve. A headband extends around the person's forehead and the lower part of the skull, and a pair of stabilizer straps extend upwardly from the chair and pull the headband rearwardly with a predetermined force. The forces are applied to the straps by front and rear weights connected to the straps through cables extending around vertically adjustable pulleys. The weights are removable or lifted from the straps by power driven winches movable with a pulleys and controlled by the person.