Abstract: A system and method for organizational risk based on personnel planning factors is provided. Each employee has an employee profile data area that is used to store planning data and actual data corresponding to the employee. Planning data includes risk analysis data, compensation data, and development planning data. Actual data includes current compensation data and performance data. Inhibitors and motivators corresponding to employees is used to determine a flight risk that pertains to the employee. A contribution level, corresponding to the employee's contribution to the organization, is analyzed along with the flight risk to determine a risk quadrant that is assigned to the employee. Managers can select a risk quadrant and obtain information about common inhibitors and motivators. Incentive data, such as stock options, compensation, and awards, is planned in light of an employee's risk quadrant in order to motivate high contributors to remain with the organization.

Abstract: According to the invention, techniques for organizing information from systems in a data warehousing environment are provided. In an exemplary embodiment, the invention provides a method for analyzing data from one or more data sources of an enterprise. The method provides a meta-model based technique for modeling the enterprise data. The enterprise is typically a business activity, but can also be other loci of human activity. Embodiments according to the invention can translate data from a variety of sources to particular database schema in order to provide organization to a data warehousing environment.

Abstract: An execution processing module, while executing an execution module, stores an instruction type, and selectively stores a register value, a flag value, a branch source address, or a memory area value that may be updated by instruction execution according to the instruction type for use as trace data when a command read by a command reading module is a forward command. An UNDO execution processing module performs restoration processing using the trace data according to the instruction type when the command read by the command reading module is a backward command.

Abstract: A robot control method for controlling the operation of a robot so as to pass through a plurality of states corresponding to a predetermined operation, comprising determining at least one operational arc between two directly passable states among the plurality of states showing the operation of the robot when passing between the two states, giving to each of the determined operational arcs a weighting coefficient corresponding to the probability of that operational arc being selected, selecting on a probable basis one of the operational arcs between the two states when making the operation of the robot pass between the two states based on the weighting coefficients of the operational arcs between the two states, and controlling the robot so as to perform the operation shown by the selected operational arc when making the operation of the robot pass between the two states.

Abstract: An audio signal is recorded in a semiconductor memory in a plurality of hierarchical levels, with the lowest level sufficing for reproduction with a certain reduced degree of fidelity. Successively higher hierarchical levels provide successively greater fidelity when reproduced. When the memory has been determined to have reached maximum capacity recording continues by overwriting the highest hierarchical level of data currently stored in the memory with lower hierarchical levels of new data. A code is recorded in the memory, indicating the number of hierarchical levels recorded therein, for subsequent reproduction. The audio signal can furthermore be recorded in variable-length frames and reproduced at high speed by reading every N-th frame, N being a positive integer, or by reading only frames having at least a certain minimum length.