88results about How to "Keep track" patented technology

In embodiments of the present invention, a method for managing tasks comprises assigning a task to an individual, associating the task with a points value, receiving an indication that a task is completed, grading the completed task, and awarding points for a completed task to an individual. In other embodiments of the present invention, a method of rewarding individuals for completing assigned tasks may comprise providing a collecting, matching, and trading game facility, wherein the facility provides collectables and collectable packs for collecting, matching, and trading as a reward for having reached a level of task completion; and allowing the individual access to the collecting, matching, and trading game facility, wherein access is based on at least one of permission, a task completed, a number of tasks completed, and a value associated with task completion.

A system for detecting the presence of an intruder in a protected area utilizes a received signal strength indicator (RSSI) value of signals broadcast from transmitting stations deployed in the protected area. The system includes monitoring points for receiving broadcast signals, measuring the RSSI values of the received signals, and transmitting the measured RSSI values to a security system server. The security system server analyzes the RSSI values, and initiates security measures when the physical security of the protected area is violated which is detected when the measured RSSI values deviate from a predetermined strength of the broadcast signals. The security system also has the ability to track objects in the protected area and keep track of their movement in real time and report such movement. The system may be based on a Wi-Fi infrastructure in the protected area.

An apparatus for finding resources on a network comprises a finder server having access to: (a) a database including: (i) an index of resources available on network of interconnected computers on which a plurality of resources reside; and (ii) information regarding user feedback gathered from previous operations of the apparatus by a user and plural previous users; and (b) a learning system operable to access and learn from information contained on the database. The finder server is operable to locate, in response to entry by the user of a resource identity signifier, a single intended target resource intended by the user to uniquely correspond to the resource identity signifier, from among a plurality of resources located on the network, by: receiving a resource identity signifier from the user; accessing the database to determine, based on the information in the database, which, if any, of the indexed resources is likely to be the intended target resource; and directing a computer of the user so as to cause that computer to connect the user to the address of the resource, if any, determined as likely to be the intended target resource.

Business data (including transactional data) may be gathered, stored, sorted, and/or collated into financial service organization (FSO) reports used by various entities of a FSO. A processing relationship configuration program may be used to create a processing relationship structure between various entities of the FSO. Processing relationship structure information may be stored on a database of an FSO. Nodes may be created and uniquely defined to represent FSO physical entities and/or FSO functions. A nodes structure may correspond to the processing relationship structure within an FSO. In some embodiments, an FSO application program, such as a report program, may be generated based on a defined processing relationship structure. The report records may be arranged in a particular sequence by one or more of the break key fields. Changes to the processing relationship structure may be automatically reflected in the reports generated by the report program.

A scalable, programmable software based application run on a programmed general-purpose digital computer is used for interconnecting a plurality of heterogeneous network nodes. The application has the ability to convert between any two signaling protocols used, such as those used over a telecommunications network, by converting an originating protocol to a universal non-protocol specific representation, and then converting the universal non-protocol specific representation to a receiving protocol. A call context is used to store information elements created from the originating protocol so that a universal call model applies inter-working rules. The universal call model is also in communication with state machines associated with both the originating and the terminating sides in order to supply the appropriate response signals anticipated by the originating and terminating sides received when each is in communication with its own protocol. As such, the universal call model allows both the originating and terminating sides of a call to operate independently of each other by virtue of the fact that each side deal through the universal call model and not directly with the side for which the protocol message is being converted. Therefore, any protocol is easily converted to any other protocol by first translating the protocol message to the universal protocol non-specific format.

An image processing device includes: an entire image display control portion that performs control to display an entire image of a predetermined region in an entire image display window; and a cutout image display control portion that performs control to enlarge a plurality of tracking subjects included in the entire image and display the tracking subjects in a cutout image display window. The cutout image display control portion performs the control in such a manner that one cutout image including the tracking subjects is displayed in the cutout image display window in a case where relative distances among the tracking subjects are equal to or smaller than a predetermined value, and that two cutout images including the respective tracking subjects are displayed in the cutout image display window in a case where the relative distances among the tracking subjects are larger than the predetermined value.

Methods and apparatus are disclosed for efficiently scheduling incoming information objects so that timely objects from a variety of content classes are scheduled for broadcast. The incoming information objects are preferably received from one or more information sources, and are tagged with attributes that associate each object with one or more classes of information (e.g., sports, news, etc.), and provide a gauge of the timeliness or ‘age’ of the object. The tags can be used to select and broadcast objects from a variety of classes, and to identify the most timely objects at any give time.

A method for obtaining information about the location of an object or individual bearing an RFID tag. Able to monitor movements of the object or person bearing the tag, a merchandising service provider is able to determine the effectiveness of displays and promotions, evaluate plan-o-gram compliance, verify the location of fixtures, and monitor the movements of servicing personnel at a retail location. The merchandising service provider can further integrate and analyze the information obtained from the RFID tags substantially in real time.

The invention discloses a method capable of amplifying and tracking a goal in a master-slave mode between a fixed camera and a pan tilt zoom (PTZ) camera and relates to the field of video surveillance. The method capable of amplifying and tracking the goal in the master-slave mode between the fixed camera and the PTZ camera achieves that the goal in an image is quickly amplified and tracked in the master-slave mode. The method includes the steps of building matching relation between view of the wide angle fixed camera and view of the PTZ camera, thereby converting a goal image coordinate found in the fixed camera to a corresponding PTZ control command, controlling PTZ to automatically aiming at the goal to appropriately zoom, and driving PTZ camera by a tracking result of the fixed camera to keep tracking to the goal. The method capable of amplifying and tracking the goal in the master-slave mode between the fixed camera and the PTZ camera has the advantages of being capable of achieving 'what you see is what you get' due to the fact that the goal is directly clicked and selected through the fixed camera with the wide view angle, fast in response speed of a user, simple and convenient, good in user experience, capable of avoiding difficulties in dynamic tracking to form a reliable solution by adopting the mature static camera goal tracking technology and matching with fixed PTZ camera coordinate mapping steps with high reliability.

A device for dispensing and/or diffusing a volatile compound such as a fragrance, or other similarly volatile compounds, comprises a controller unit connected to a motorized fan unit for producing an airflow in an airflow path between an air inlet and an air outlet. The device also comprises a removable cartridge containing a substrate bearing the volatile compound(s); the cartridge being generally located in the airflow path, typically downwind from the fan unit. The airflow flowing through the device picks up the volatile compound molecules from the substrate, typically from its surface, and carries them such as to dispense them in the air. The cartridges are provided with a computer-readable unit having stored therein information which can be retrieved by the controller unit, the controller unit being configured for retrieving and updating the information and for driving the fan unit based on the information retrieved from the computer-readable unit.

A wireless remote unit is operable to demodulate signals received over a plurality of different bands, such as the FM broadcast band, and one or more higher frequency bands. The various bands have different channels and the selection of the band and the channel is accomplished by control signals received by the receiver. The control signal can carry menu information in one direction to the user and can carry user data, including the identity of the user, in the other direction. There can be multiple transmitters, wherein each transmitter sends information on a different channel within a band, and tunes remote units to a particular transmitter based upon proximity to that transmitter. The transmitter is capable of displaying visual data. The visual data includes a predetermined number of advertisements to be displayed during a user session, prompted either by a user logging onto the system, or by the system's detection of a user's presence.

A method for embedding a socially conscious donation, contribution, payment into a transaction at the point of sale or purchase using any payment platform that accepts, debit, credit, cash, financing, donations, contributions, financial service transactions, etc. and facilitates, separates, and keeps track of the process and the transaction, including the giveback. The system and method also handles contributions to any beneficiary which could be the person making the purchase or sale or barter. The system and method utilizes a human key to make and take requests, record payments, take and certify payments between a user or plurality of users, a merchant/business, and a charity of designated beneficiary. Whereby a set amount by the parties, user, purchaser, seller, and beneficiary can be used for a donation, contribution, or payment to a beneficiary determined at the point of sale, purchase, or barter.

Coherent radar returns gained from Ultra-Wideband Radars are correlated with features extracted from a georeferenced map to refine positional information and pose of an object. Data collected from one or more UWB Radars and other real time sensors affixed on an object can be processed to identify discrete edges or characteristic returns such as a pole, building or the like. These coherent returns can be correlated with features extracted from a georeferenced map. As the UWB Radar(s) location and orientation with respect to the object is (are) known the precise location and pose of the object on the georeferenced map can be determined by matching features found in the map or imagery with those of the coherent return. Moreover the configuration of the UWB Radars can be modified based on a perception of the local environment.

Disclosed herein is a real estate management application with a “property check-in” feature that enables the agent to automatically check-in at each property location. Subsequent to entering a given property, the agent selects the check-in feature in a mobile real estate service application, allowing the real estate service to determine a present geographic location of the agent. Using this, the service identifies an MLS location of the client and uses corresponding MLS information to update a tracking entry associated with the agent. In embodiments, the tracking entry enables the real estate service to maintain accurate expertise history for each agent.

The invention provides a multi-target tracking method and system based on behavior learning. The method comprises steps of: acquiring and detecting a target video sequence, and acquiring the size and the positional information of a tracked target candidate frame depending on a detection result; modeling a multi-target real-time tracking problem and creating a production probability model of the multi-target real-time tracking problem; for the global conditional probability items in the production probability model, performing offline training on a correctly-marked training set in order to perform global behavior prediction applicable to various scenarios, and for local conditional probability items in the production probability model, on-line training local behavior prediction for each target in real time by using the tracking data of the target prior to a current frame; obtaining the behavior prediction of the target in combination with the global behavior prediction and the local behavior prediction, and tracking the multiple targets depending on the predicted target behavior. The method and the system may keep a tracking rate while tracking the multiple targets and may significantly reduce a tracking error rate.

Content from one site may be collaboratively linked and natively republished to another site for viewing and editing. Content cross-published is natively integrated within the target site taxonomy structure. Cross-published content can always be kept up to date, meaning that anytime the content is updated on the source site, any site that has the content cross-published to it automatically gets the updated content. If a user with permission sees the content on a re-published site and can edit the content directly without having to jump to the source site, and the content is automatically updated on all republished sites. In addition, authors have access to analytics for how the content is being used on all target sites. Authors of content may set policies for cross-publishing content.

A toolbox for a truck bed has a box with at least five walls, including a floor and four side-walls rising vertically from the floor. The box has an open top-end. Extension walls fit within the box next to each of the vertical walls of the box. The extension walls are joined together. A cover is attached with a hinge affixed at the top of one of the extension walls and it rotates between a closed position and an open position. The closed position prevents access to the box and the open position enables access to the storage volume in the box. The extension walls are slidably engaged to the box in extensible guide rails so that the extension walls can be moved vertically from a lowered position to an elevated position and vice versa within the box.

A guided vehicle controller 20 transmits the standard time to a guided vehicle 14. The guided vehicle 14 reports a coordinate representing the current position and the transmission time to the controller 20. The controller 20 generates time series data obtained by combining the transmission time and the coordinate. Based on the time series data, the current coordinate of the guided vehicle is estimated. By converting current coordinates of a plurality of guided vehicles into the distribution of guided vehicles, instructions about the travel routes are provided to the guided vehicles for congestion avoidance. Further, a suitable guided vehicle capable of efficiently executing a transportation command is selected, and the transportation command is assigned to the selected guided vehicle.

Efficient application checkpointing uses checkpointing characteristics of a job to determine how to schedule jobs for execution on a multi-node computer system. A checkpoint profile in the job description includes information on the expected frequency and duration of a check point cycle for the application. The checkpoint profile may be based on a user/administrator input as well as historical information. The job scheduler will attempt to group applications (jobs) that have the same checkpoint profile, on the same nodes or group of nodes. Additionally, the job scheduler may control when new jobs start based on when the next checkpoint cycle(s) are expected. The checkpoint monitor will monitor the checkpoint cycles, updating the checkpoint profiles of running jobs. The checkpoint monitor will also keep track of an overall system checkpoint profile to determine the available checkpointing capacity before scheduling jobs on the cluster.

As mentioned above there is a need to provide software support in a simple and effective manner over long periods of time. At the same time there is a need to allow contact centers to route calls appropriately when those calls relate to complex software support queries. This needs to be achieved without requiring complex call routing methods and apparatus at the contact center. The present invention addresses these problems by using software error codes or the like to route calls in a contact center.