Abstract:
A system and method for allocation of actuators is provided. Electrodes having several voltages are assigned to actuators within correlation regions of the actuators. By varying the voltages, a desired actuation profile for the actuators may be achieved.
Abstract:
A flexible media integration system (10) includes a multifunction flexible media interface system (12). The interface system includes a plurality of flexible media input areas (22, 24, 26) for receiving flexible media (14), such as sheets of paper, from a plurality of associated input processors (16, 18, 20), such as printers or paper feeders. A plurality of flexible media output areas (32, 34) provide outputs to different associated flexible media output processors (36, 38), such as printers or finishers. The interface system also includes a sheet position sensing system (52) and a sheet transporting system (42). The transporting system provides selectable flexible media translation for selectably transporting flexible media from selected ones of the plurality of flexible media input areas to selected ones of the plurality of flexible media output areas so as to provide selectable flexible media feeding from selected flexible media input processors to selected flexible media output processors.
Abstract:
A method for problem solving in a computer system includes an applications module for sending a problem statement to a complexity module, which configures a solving module with configuration parameters and also determines expected problem solver behavior. The solving module selects a set of parameter configuration vectors, determines a set of search space points, performs a partial search based on the parameter configuration vectors, and determines actual problem solver behavior. The solving module then determines whether a problem solution has been found, whether to perform a solver iteration step or request a complexity module to perform an adaptation step.
Abstract:
A method and apparatus for collecting and using data is disclosed. There is at least one sensor that placed within a workspace for sensing vibrations associated with at least one machine operating in the workspace. In addition, there is at least one tag associated with a particular job. The tag indicates the contemporaneous status of tasks relating to the job. At least one processor is in communication with each of the at least one acoustic sensors and at least one tag. This processor receives data relating to acoustic and task status from the at least one acoustic sensor and at least one tag. The acoustic sensor senses vibration and/or sound. Workflow analysis and fault diagnosis and prediction are then based on data collected.
Abstract:
A multifunction printed sheets interface system with plural sheet input areas for receiving printed sheets from plural printers, plural sheet outputs areas for plural outputs to different sheet processing systems, a sheet position sensing system, and a sheet transporting system providing selectable sheet translation from selected plural sheet input areas to selected plural sheet outputs areas so as to provide selectable sheet feeding from selected printers to selected sheet processing systems, and selectable sheet rotation of selected sheets and selectable sheet merging in a selected sheet sequence of sheets from plural printers. The sheet transporting system has a large planar area with a multiplicity of spaced apart independently operable variable sheet feeding direction and sheet velocity sheet transports, larger than the dimensions of any sheet to be fed thereon to allow simultaneous plural sheet variable transport thereon.
Abstract:
A method for developing and using real time applications for a dynamic system having a sensing subsystem, actuation subsystem, a control subsystem, and an application subsystem utilizes stochastic compute time algorithms. After optimization functions, desired state and constraints are received and detector data has been provided from a sensor subsystem, a statistical optimization error description is generated. From this statistical optimization error description a strategy is developed, including the optimization errors, within the control subsystem. An execution module within the control subsystem then sends an execution strategy to various actuators within the actuation subsystem.
Abstract:
A method for problem solving in a computer system includes an applications module for sending a problem statement to a complexity module. The complexity module configures a solving module with configuration parameters and also determines expected solver behavior. A solving module determines actual solver behavior, determines whether a problem solution has been found, and determines whether to perform a solver iteration step or to request a complexity module to perform an adaptation step.
Abstract:
In a problem partitioning method for problem solving in a computer system, a definition of a system to be controlled, a hierarchical control structure definition, problem definitions for a plurality of control nodes in the hierarchical control structure, and a structure evaluation function are used in partitioning the system problem. The partitioning method defines an instantiation of the hierarchical control structure by decomposing the system into a plurality of hierarchical control structure instances, with each control structure instance having a plurality of control levels. The performance of each of the hierarchical control structure instances is evaluated with the structure evaluation function and an optimal hierarchical control structure instance is selected.
Abstract:
Apparatus and methods that modify an allocation solution for a plurality of implementation units based on a determination of whether the solution can be improved by changing the operation of the implementation units.
Abstract:
Apparatus and methods that approximately solve an actuation allocation problem by breaking the solution into modules, which may or may not be overlapping. The solution to the actuation allocation problem is expressed in terms of solutions for each of the modules. The solutions for the modules serve as constraints for a solution of the optimization problem on each module. The optimization problem for each module is decomposed into further modules until the modules consist of a small enough number of individual implementation units so that the solution for the module can be solved using conventional optimization techniques.