Abstract: A data management system may include computer code to receive data that may include financial data and related data. The computer code may store the data in a database. The financial data may include data not tracked by a general ledger, such as contractual commitments, operating leases, head count, environmental incidents, lost time, disposal of operations, etc. The financial data may be applicable to different business units. The computer code may be configured to permit access to, entry of, and sign-off on the data only by users granted authority to do so. The financial data may include different data categories, and the data management system may be configured to use a different workflow to manage the data based on the data category of the financial data. The computer code may generate reports from the data retrieved from the database.

Abstract: A method and apparatus are provided for managing system identification information for workforce members such as employees, contractors and consultants that are affiliated with a business entity such as a corporation. The method and apparatus provide for the association of system identification information of a workforce member with each such workforce member in memory and further provides a review process of the same information by the relevant workforce member and one or more of the workforce member's supervisors. The review process allows each of the workforce member and the applicable supervisor(s) to confirm and, in some instances, reject the system identification information as being valid or not valid. The method and apparatus further maintains the review status of the workforce member and the applicable supervisor(s) and in one embodiment, provides for an audit of the same so that any discrepancies in the reviews are brought to light.

Abstract: A data management system may include computer code to receive data that may include financial data and related data. The computer code may store the data in a database. The financial data may include data not tracked by a general ledger, such as contractual commitments, operating leases, head count, environmental incidents, lost time, disposal of operations, etc. The financial data may be applicable to different business units. The computer code may be configured to permit access to, entry of, and sign-off on the data only by users granted authority to do so. The financial data may include different data categories, and the data management system may be configured to use a different workflow to manage the data based on the data category of the financial data. The computer code may generate reports from the data retrieved from the database.

Abstract: An operations instance is created in an operations environment, and an activity item is created related to the operations instance. An initialization level for the activity item is identified and one or more parameters associated with the activity item are initialized based on the initialization level, wherein one of the parameters comprises an escalation parameter. An escalation report is generated based on the escalation parameter.

Abstract: A method for hardening a photoresist material formed on a semiconductor substrate comprising the steps of coating a surface of a substrate of a wafer with a layer of photoresist material. Next, the layer of photoresist material disposed on the surface of the substrate of the wafer is masked, exposed, and developed to provide a patterned photoresist material. The patterned developed photoresist material layer is then inspected for critical dimensions, linewidths, and other dimensional characteristics. After the inspection, UV radiation is used to cure the patterned developed photoresist material layer to provide a hardened patterned developed photoresist material layer which is disposed on the surface of the substrate of the wafer. Next, the hardened patterned developed photoresist material layer is implanted from a first implant direction with an inert species material such as argon. Following the implantation step, the first implant direction is incremented 90 degrees to a second implant direction.