Mitchell International, Inc. Patent applications |
Patent application number | Title | Published |
20150127399 | SYSTEM AND METHOD OF AUTOMATICALLY ALLOCATING TASKS - Systems and methods of allocating tasks to servicers are disclosed. The systems and methods generate task/servicer pairings, each pairing identifying one of the tasks and one of the servicers. Ranks are generated for the pairings, and pairings are selected for potential allocation based on the ranks. If the task of a pairing is allocatable to the servicer of the pairing, the task is allocated to the servicer. If the task of a pairing is not allocatable to the servicer of the pairing, a next pairing is selected. | 05-07-2015 |
20150112742 | SYSTEM AND METHOD OF AUTOMATICALLY ALLOCATING TASKS - Systems and methods of allocating tasks to servicers are disclosed. The systems and methods select one of the servicers and one of the tasks based on selection criteria. The systems and methods then determine whether the selected task may be allocated to the selected servicer. If the selected task may be allocated to the selected servicer, the systems and methods allocate the task accordingly. If the selected task may not be allocated to the selected servicer, the systems and methods select another one of the servicers and another one of the tasks. | 04-23-2015 |
20140129642 | WORK PROCESS COLLABORATION MANAGEMENT - A collaboration message is received at a computer system network node of a computer network that operates in a decentralized arrangement such that network nodes comprise work process sources and destinations, and the collaboration messages convey process state updates among the collaborators. There is no central authority though which all process messages and state updates must pass and which thereby may create a system bottleneck and limit system growth. The computer system is scalable and system operation remains efficient with increasing numbers of network nodes. | 05-08-2014 |
20130091513 | SEAMLESS EXTERNAL PROCESS INTEGRATION - A parent computer application interacts with one or more independently operating embedded child applications so as to provide an integrated seamless operating environment in which the embedded child applications are presented through the user interface of the parent application and may be controlled through the parent application. A computer operating system provides a user interface such that each installed computer application is allocated its own respective memory space by the operating system, and includes a library that is utilized for its operation, only one of the computer applications as an active application at any time. The system detects when one of the embedded child applications is the active application of the operating system, and in response changes a parent application attribute to ensure that a single integrated application window is displayed. | 04-11-2013 |