The Boeing Company

Stephen A Uczekaj

Casey Fung

Changzhou Wang

Guijun Wang

Alimuddin Mohammad

Alice Chen

Patrick C Hung

Shiang-Yu Lee

William M Kearns

Yichi C Pierce

Michael J Wilke

Victor J Lukasik

Casey K Fung

Nicholas J Multari

Methods for using an exception handling system are provided for dynamically recovering from a workflow exception occurring in a healthcare mobile network communication system. An individual user can access the system through a hand-held mobile device. The system has multiple workflows and at least one mission critical item. Attack tree modeling analyses are performed to identify the mission critical item. Another operation includes writing a plurality of forward recovery rules to protect the mission critical item. The recovery rules are enabled through an engine in communication with the mobile network communication system. The multiple workflows are monitored for indication of a system attack on any one of the multiple workflows. A new workflow is automatically generated upon detection of the system attack. The exception handling system is overlayed on the mobile network. Authorization is provided by the system for the individual user.

Mobile network dynamic workflow exception handling system

A method of managing resources of an information system relative to clients of the system. A quality of service (QoS) message is received from a client expressing QoS requirements as parameter values. A contract is established with the client for quality of service based on the one or more parameter values. One or more resources of the system are allocated to the client based on the contract. This method enables uniform resource management and polymorphic resource allocation across multiple middleware platforms.

Quality of service resource management apparatus and method for middleware services

A graphical control system for automatically generating application program shell code in an object-oriented system. The graphical control system allows a user to easily enter object information and associated control information in a single graphical user interface. The system automatically generates application shell code according to the operating system environment in which the system is running and the user entered object and object control information. The invention eliminates the need to program in or edit control application code by hand for each object defined in the application. Also, the control code for each object is directly associated with the object during construction and therefore is created in the same desired location as that of the object data.

Method and apparatus for creating executable code for object-oriented

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Bellevue, WA, United States of America

Stephen A Uczekaj