Abstract: A method includes detecting an event which occurs during transportation of a mailpiece on the way from a sender to an addressee. The method further includes determining instructions provided by the sender regarding at least one action to be taken upon occurrence of the event. The instructions are then carried out. In some circumstances, the event may be a delay in delivery of the mailpiece due to contamination or quarantining, and the sender's instructions may specify a manner in which the contents of the mailpiece may be forwarded to the addressee while the mailpiece remains quarantined.

Abstract: Systems and methods for determining location by implication are described. A responsive environment includes a location determination method that operates in an area that is only partially instrumented with location-sensing devices. Some of the with location-sensing devices sense location ambiguously. For example, a location-sensing device may be deployed at a boundary between two target objects or areas of interest. The location of the target object, as reported by such devices, is considered ambiguous. While the object or person is known to be in a space, it is not clear which specific space. The location of ambiguously located objects can be disambiguated based on changes in the location of other objects. For example, if a document is placed on a shelf in an office, such action strongly implies that someone is in the office. Therefore, if a person is known to potentially be in the office or the outside hallway, the person”s location is changed to be in the office.

Abstract: Systems and methods for consistent deployment of sensors for both physical and virtual objects in a context aware environment for responsive environments are described. A method and apparatus that supports user interactions with both virtual and physical objects wherein any type of object can be explicitly instrumented with a sensor, either virtual or physical. User actions are sensed through these sensors and responses can be determined consistently, regardless of whether the object is physical or virtual.

Abstract: Systems and methods for delayed function activation in a responsive environment are described. A responsive environment includes an intermediary system and notification manager to determine when a responsive environment will launch an application triggered by a sensed event. The environment includes sensor components and transparent software components that reside wholly within the environment for providing responsiveness. The environment also includes interactive software components that give users the means to provide input and/or experience output. Since changes to the interaction components may disrupt the user by requiring the user”s attention when it is not convenient, the system helps the user manage the responsive environment by using an application/function delay technique. The environment uses intelligence and notification mechanism to determine what might be useful and primes the apparatus to provide that functionality. However, the user actually initiates the execution of that function.

Abstract: A method and system for isolating, transferring and testing potentially contaminated mail pieces. The mail pieces are encapsulated in a sealed package at one location and transferred to another location for testing. During testing, the sealed package is connected to an air sampling system, which directly draws an air sample from the sealed package. At the end of testing, the air pressure in the sealed package is sufficiently reduced, causing the sealed bag to collapse. A septum or a tube with a self-sealed coupler is provided on the sealed package to allow the air sampling system to draw air out of the sealed package. When the air sampling system is not connected to the sealed package, the septum or the self-sealed coupler prevents the air inside the sealed package from escaping into the environment. It is advantageous to disturb the mail pieces during air sampling.

Abstract: A system and method for a downladable just-in-time middleware called VEM that provides access to network services, including system services such as printing and local storage, to applications that run on Network Computers. The VEM configures the default client services and stores information about these services. When an application executing on the Network Computer wishes to use one of the services, it communicates with its local VEM. The VEM returns a hanlde to the appropriate service to complete the service request.