Abstract: A method for generating a rating of entertainment content is provided. The method includes receiving data from a monitoring device associated with a spectator, the monitoring device communicatively coupled to the computing system, wherein the data obtained by the monitoring device includes a physical expression of the spectator viewing the entertainment content, analyzing the physical expression of the spectator to obtain (i) an eyesight direction of the spectator, and (ii) a facial expression of the spectator, during a scene of the entertainment content, determining an emotional reaction of the spectator to the scene of the entertainment content based on the analyzing of the physical expression of the spectator, calculating an emotional ranking of the scene of the entertainment content based on the emotional reaction of the spectator to the scene, and providing the overall ranking of the entertainment content in view of an aggregate of emotional reactions of the spectator.

Abstract: A lock base attached to a computer housing has a controller in circuit communication with a processor of the computer. A cable socket comprising a flash memory locks onto the lock base, two ends of an internal wire of the cable form a closed electric circuit loop with the lock base through the entirety of the body of the cable, and the controller performs a handshake with the processor of the computerized device and the flash memory that generates a checksum key stored on the flash memory, the computerized device requiring access to the checksum key on the flash memory for access to data on a memory device of the computerized device. Absent a keyed unlocking, the controller erases the checksum key from the flash memory in response to a break in the circuit loop or dislocation of the cable socket from the lock base.

Abstract: A method and system for processing a text message to be sent by electronic mail to a receiving address. A text message addressed to the receiving address is generated. The text message is analyzed and a content score value is assigned to categories. Context data values relating to the text message and to context categories is collected. A context score value for each context category is determined by comparing the context data values of the text message with context data threshold values and by comparing the content score value of the text message for each content category against content threshold values. A surprise factor value is calculated by comparing the context score values with the content score values. Based on whether the surprise factor value is ascertained to be greater than a specified surprise factor threshold value, the electronic mail is or is not sent to the receiving address.

Abstract: A method for generating a rating of entertainment content is provided. The method includes receiving data from a monitoring device associated with a spectator, the monitoring device communicatively coupled to the computing system, wherein the data obtained by the monitoring device includes a physical expression of the spectator viewing the entertainment content, analyzing the physical expression of the spectator to obtain (i) an eyesight direction of the spectator, and (ii) a facial expression of the spectator, during a scene of the entertainment content, determining an emotional reaction of the spectator to the scene of the entertainment content based on the analyzing of the physical expression of the spectator, calculating an emotional ranking of the scene of the entertainment content based on the emotional reaction of the spectator to the scene, and providing the overall ranking of the entertainment content in view of an aggregate of emotional reactions of the spectator.

Abstract: An evacuation system which maintains an active count of people in real time in a location, for example a building or other geographic area with defined boundaries and dynamically calculates the best path for a user or group of users to follow when an emergency situation occurs. The people in the location may be tracked by a user wearable RFID device and may classify the people based on specific needs or other criteria.

Abstract: An evacuation system which maintains an active count of people in real time in a location, for example a building or other geographic area with defined boundaries and dynamically calculates the best path for a user or group of users to follow when an emergency situation occurs. The people in the location may be tracked by a user wearable RFID device and may classify the people based on specific needs or other criteria.

Abstract: A method for generating a rating of entertainment content is provided. The method includes receiving data from a monitoring device associated with a spectator, the monitoring device communicatively coupled to the computing system, wherein the data obtained by the monitoring device includes a physical expression of the spectator viewing the entertainment content, analyzing the physical expression of the spectator to obtain (i) an eyesight direction of the spectator, and (ii) a facial expression of the spectator, during a scene of the entertainment content, determining an emotional reaction of the spectator to the scene of the entertainment content based on the analyzing of the physical expression of the spectator, calculating an emotional ranking of the scene of the entertainment content based on the emotional reaction of the spectator to the scene, and providing the overall ranking of the entertainment content in view of an aggregate of emotional reactions of the spectator.

Abstract: Detecting vibrato bar technique for a string instrument can include analyzing, using a processor, a note signal of the string instrument to detect a selected instrumental technique from a plurality of instrumental techniques, analyzing, using the processor, a noise signal of the string instrument to detect a change in frequency of the noise signal, and generating, using the processor, a vibrato bar event responsive to detecting the selected instrumental technique and the change in frequency of the noise signal.

Abstract: An approach is provided for rearranging assignments of workers to teams in an agile environment. Project requirements are collected and skills of workers are determined. Based on the project requirements and the skills, an initial arrangement of assignments of the workers to the teams is generated. During project execution, data from sensors worker locations and content of communications among the workers are obtained. The data from the sensors identifies workers who are sitting on chairs. Based on the data from the sensors, worker locations, and the content of the communications, a weighted graph is generated that represents the workers, strengths of relationships among the workers, and strengths of relationships between the workers and the teams. Based on the weighted graph, an optimal rearrangement of the assignments of the workers to the teams is automatically and dynamically generated. The optimal rearrangement specifies a match between the skills and the project requirements.

Abstract: A method, and associated system and computer program product, for dispatching two or more jobs for execution in a computing system including processors configured to execute the jobs in parallel. Each processor is associated with a corresponding queue having a queue size equal to a maximum number of jobs that may be in the queue. A new job requested for execution is assigned to a current class. An indication is retrieved of a last processor of the processors of the current class to which a last job of jobs of the current class has been submitted for execution. An indication is retrieved of a delta number of the jobs submitted for execution to the last processor of the current class after the last job of the current class. The new job for execution is submitted to a last processor of the current class or a selected processor.

Abstract: Aspects provide for a printer with automatic paper sheet count discovery, via determining an initial weight of printer paper sheets within a printer paper feeder tray. A single sheet is removed from the paper feeder tray to a staging area of the printer, and a revised weight is determined for the sheets within the paper feeder tray while the single sheet of paper is removed to the staging area. The single sheet is fed back into the paper feeder tray via a printing path bypass of the printer. The weight of the single sheet determined as a function of the difference between the initial weight and the revised weight. A quantity of printer paper sheets currently loaded within the paper feeder tray and available to satisfy a print job is determined as equal to the initial weight divided by the weight of the single sheet.