Abstract: Notifying an identified person of a teleconference is provided. Data corresponding to an audio record of the teleconference is received during the teleconference. Pattern recognition is performed on the data during the teleconference. In response to recognizing in the data a pattern corresponding to an identification of the identified person during the teleconference, a device associated with the identified person is contacted during the teleconference. A response related to the audio record is received from the device.

Abstract: A computer-implemented method, computer program product, and data processing system for notifying an identified person of a teleconference. Data corresponding to an audio record of the teleconference is received. Pattern recognition is performed on the data. Responsive to recognizing in the data a pattern corresponding to an identification of the identified person, a device associated with the identified person is contacted.

Abstract: Rerouting telecommunications to a user including receiving a plurality of RFID signals from an RFID tag located with the user, anticipating a user's future location in dependence upon the RFID signals, selecting a telephony device in dependence upon the anticipated future location, and rerouting an ongoing call to the selected telephony device. In typical embodiments, selecting a telephony device in dependence upon the anticipated future location also includes identifying location based routing preferences for the user. In typical embodiments, selecting a telephony device in dependence upon the anticipated future location also includes identifying device-based routing preferences for the user. In typical embodiments, anticipating a user's future location in dependence upon the RFID signals also includes determining a first user location, determining a second user location, and predicting a user's future location in dependence upon the first user location and the second user location.

Abstract: Routing telecommunications to a user including receiving a call, determining that the call is intended for the user, receiving an RFID signal from an RFID tag located with the user, determining the user's location in dependence upon the RFID signal, identifying a plurality of available telephony devices in dependence upon the user's location, identifying a device-based preference for the user, selecting one of the plurality of available telephony devices in dependence upon the device-based preference, and forwarding the call to the selected telephony device. In typical embodiments, determining that the call is intended for the user also includes prompting the caller for the name of the user and receiving from the caller the name of the user.

Abstract: Methods, systems, and products are provided for establishing RFID-based telecommunications routing for a user including identifying a plurality of telephony devices available to a user, identifying the location of the plurality of telephony devices available to the user, receiving from a user routing preferences, receiving an identification of an RFID tag for the user, and associating with the user the identified telephony devices available to a user, the locations of the plurality of devices available to the user, the routing preferences, and the identification of the RFID tag.

Abstract: Routing telecommunications to a user including receiving a call, determining that the call is intended for the user, receiving an RFID signal from an RFID tag located with the user, determining the user's location in dependence upon the RFID signal, identifying a plurality of available telephony devices in dependence upon the user's location, identifying a device-based preference for the user, selecting one of the plurality of available telephony devices in dependence upon the device-based preference, and forwarding the call to the selected telephony device. In typical embodiments, determining that the call is intended for the user also includes prompting the caller for the name of the user and receiving from the caller the name of the user.

Abstract: A battery life management unit for managing the battery life of a portable device. The battery life management unit determines a scheduled event for a user of a portable device and estimates whether battery power of the portable device will last throughout the scheduled event. If the battery power of the portable device is estimated not to last throughout the scheduled event, the battery life management unit determines whether a location of the scheduled event provides one or more battery charging resources. If the location of the scheduled event provides one or more battery charging resources, the battery life management unit reserves a battery charging resource for the user of the portable device.

Abstract: Rerouting telecommunications to a user including receiving a plurality of RFID signals from an RFID tag located with the user, anticipating a user's future location in dependence upon the RFID signals, selecting a telephony device in dependence upon the anticipated future location, and rerouting an ongoing call to the selected telephony device. In typical embodiments, selecting a telephony device in dependence upon the anticipated future location also includes identifying location based routing preferences for the user. In typical embodiments, selecting a telephony device in dependence upon the anticipated future location also includes identifying device-based routing preferences for the user. In typical embodiments, anticipating a user's future location in dependence upon the RFID signals also includes determining a first user location, determining a second user location, and predicting a user's future location in dependence upon the first user location and the second user location.

Abstract: Dye transfer in a dying machine or washing machine is controlled via a user display by showing a dialog having with color level indicators for setting a threshold to trigger a dye transfer control action, and with threshold adjustment controls; responsive to the threshold adjustment controls, changing transfer control parameters for initiation of control actions; responsive to the threshold being triggered, performing a control action by opening an abatement valve communicative to a reservoir holding a substantially liquid or gel form of a dye scavenger or inhibitor substance; and continuing to monitor the triggering of the threshold, and responsive to the threshold being triggered, continues to open the abatement valve until at least one condition is detected of a desired color threshold being met, a desired color threshold being regained, until a user intervention occurs, and until a particular wash stage is activated.

Abstract: Real-time optimization of one or more events in an electronic agenda, an electronic itinerary, an electronic calendar, or an electronic route plan, by receiving an electronic personal plan for a first user having wireless connectivity service need indications during event(s) of the plan; receiving electronic reports from devices operated by users other than the first user indicating actual historical availability conditions of the required wireless connectivity at a location associated with the event of the plan; analyzing the electronic historical reports to find an alternate time, location, route, or combination of time, location, and route, for an event responsive to determining the needed wireless connectivity would not likely meet a service quality preference according to the historical availability; modifying the electronic personal plan to reflect the alternate finding to the first user; and transmitting a communique to said first user containing said alternate findings.

Abstract: Notifying a user of a device event, including receiving a device event, associating the device event with a user, receiving an RFID signal from a user's RFID tag, determining the user's location in dependence upon the RFID signal, selecting a user notification appliance in dependence upon the user's location, and notifying the user of the device event with the selected user notification appliance. In typical embodiments, associating the device event with a user also includes reading a user ID from a device record for the device. In typical embodiments, associating the device event with a user also includes identifying the location of the device, identifying a previous location of the user, and associating the device event with a user in dependence upon the location of the device and the previous location of the user.

Abstract: A computer-implemented method, computer program product, and data processing system for notifying an identified person of a teleconference. Data corresponding to an audio record of the teleconference is received. Pattern recognition is performed on the data. Responsive to recognizing in the data a pattern corresponding to an identification of the identified person, a device associated with the identified person is contacted.

Abstract: A battery life management unit for managing the battery life of a portable device. The battery life management unit determines a scheduled event for a user of a portable device and estimates whether battery power of the portable device will last throughout the scheduled event. If the battery power of the portable device is estimated not to last throughout the scheduled event, the battery life management unit determines whether a location of the scheduled event provides one or more battery charging resources. If the location of the scheduled event provides one or more battery charging resources, the battery life management unit reserves a battery charging resource for the user of the portable device.

Abstract: Notifying a user of a device event, including receiving a device event, associating the device event with a user, receiving an RFID signal from a user's RFID tag, determining the user's location in dependence upon the RFID signal, selecting a user notification appliance in dependence upon the user's location, and notifying the user of the device event with the selected user notification appliance. In typical embodiments, associating the device event with a user also includes reading a user ID from a device record for the device. In typical embodiments, associating the device event with a user also includes identifying the location of the device, identifying a previous location of the user, and associating the device event with a user in dependence upon the location of the device and the previous location of the user.

Abstract: According to a patient role and permissions indicators, an origin safeguard context including a patient origin location identifier, an associated origin space safeguard profile, and at least one associated previously-established set of control parameters, limit settings, and controllable device configurations are reconciled with a patient destination location identifier and an associated destination space safeguard profile to produce a destination safeguard context including a destination location set of control parameters, limit settings, and controllable device configurations. One or more destination facility configurations are controlled according to the destination safeguard context to provide automated portable safeguard contexts of in-room equipment such as patient monitors, gas valves, door locks, light switches, electricity sources, power furniture adjusters, and bedside instruments.

Abstract: A system, automated method, and article of manufacture storing software which enables certain safeguards within a controlled space as a tracked occupant moves about the space. For example, a child visitor to a hospital room is protected by assigning an Radio Frequency Identification badge upon registration. The RFID location is tracked, and certain safeguards, such as disabling hot water valves, high voltage sources, bed power adjustments, and locking instrument panels, are enacted as the child visitor enters the room. Using occupant roles, administrators can easily assign permissions and protective rules to each person.

Abstract: A system, method, and computer-readable medium encoded with software for allowing a user to configure controls of dye transfer in a dying machine or washing machine, including a user display having a user-operable selection device, a first dialog with primary color level indicators for setting a threshold to trigger a dye transfer control action, and threshold adjustment controls, and a second dialog having one or more control action enablers for enabling one or more control actions to be taken upon detection of a color reaching the threshold.

Abstract: A system, method, and computer-readable medium encoded with software for monitoring and controlling a bath liquid, such as the wash water in a clothes washing machine, using a light source to illuminate the wash water, a light sensor for receiving light transmitted through or reflected off of the wash water, a light color measurer, and a controller that takes a color bleed abatement action upon detection of excessive color in the bath liquid. The abatement actions may include halting or slowing agitation, halting or slowing tub movement, draining the wash water, filling the tub with fresh water, and alerting the user of a color bleed event. Color transfer inhibitors, color scavengers, or both, may be automatically introduced into the wash water to counter the color bleed action as well.

Abstract: A system, method of providing a service, and computer-readable medium encoded with software for automatic optimization in real-time of one or more events in an electronic agenda, an electronic itinerary, an electronic calendar, or an electronic route plan, by allowing the user to indicate if a wireless service is needed during an event on the plan (or segment of the route); by accessing an electronic statistic regarding historical service availability of the wireless service based upon a previously sensed condition extrinsic devices for accessing the wireless service; by determining that the indicated wireless service would not likely meet a user's preference for service quality based upon real-time service availability reports from other user devices located where the user is expected to be; finding an alternate time, location, or both, for the event; and by producing in real-time a modified electronic personal plan incorporating the alternate time, place, or both, for the event.

Abstract: A system, method of providing a service, and computer-readable medium encoded with software for automatically optimization of one or more events in an electronic agenda, an electronic itinerary, an electronic calendar, or an electronic route plan, by allowing the user to indicate if a wireless service is needed during an event on the plan (or segment of the route); by accessing an electronic statistic regarding historical service availability of the wireless service based upon a previously sensed condition extrinsic devices for accessing the wireless service; by determining that the indicated wireless service would not likely meet a user's preference for service quality; then finding an alternate time, location, or both, for the event; and by producing a modified electronic personal plan incorporating the alternate time, place, or both, for the event.