Abstract: In one embodiment, a system for biomedical object segmentation includes one or more processors; one or more memory modules communicatively coupled to the one or more processors, and machine readable instructions stored on the one or more memory modules. The machine readable instructions cause the system to perform the following when executed by the one or more processors: receive image data of one or more biological constructs; analyze the image data to generate processed image data via a data analytics module to recognize biomedical objects; and automatically annotate the processed image data to indicate a location of one or more biological objects within the one or more biological constructs.

Abstract: In one embodiment, a system for biomedical object segmentation includes one or more processors; one or more memory modules communicatively coupled to the one or more processors, and machine readable instructions stored on the one or more memory modules. The machine readable instructions cause the system to perform the following when executed by the one or more processors: receive image data of one or more biological constructs; analyze the image data to generate processed image data via a data analytics module to recognize biomedical objects; and automatically annotate the processed image data to indicate a location of one or more biological objects within the one or more biological constructs.

Abstract: The various embodiments provide an application with which a mobile station having a transponder reader may record a clothing item's date of wear, a list of other items it was worn with, etc., and a plurality of Global Positioning System (GPS) locations where the clothing item was worn at particular times. The data may be recorded by explicit action of the wearer, and may further include recording who the wearer communicated with, and identify nearby devices belonging to members of the wearer's social network. The information recorded may be provided to a server to create a clothing history record transferable with an article of clothing.

Abstract: A method and carrier information system (500) for transferring information to at least one target device is provided. The method can include receiving (105) a request for contact information from a requesting device. The method can further include transferring (110) at least a portion of the contact information to a contact information database of the target device in response to receiving the request. The contact information can include a phone number, a facsimile number, a physical address, an email address, a universal resource locator (URL), directions to a location or an image.

Abstract: A wireless personal communications device (106) that has a wireless communications circuit (704) that communicates over a cellular communications system and a user input sensor (306, 404, 410, 412, 502) that detects an input from a user (104, 108). An included audio-visual effect generator (210) generates an audio-visual effect based upon input detected by the user input sensor (306, 404, 410, 412, 502). A collaborative audio-visual effect creation system (110) accepts audio visual effects from multiple sources (106), uses a multiple user wireless data communications system to wirelessly communicate data among multiple wireless personal communications devices (106), accepts rating information from the wireless personal communications devices (106) and produces an audio-visual output that is derived received audio-visual effects based upon the rating information.

Abstract: A system (130) and method (500) of operating a main display (301) in a radio (300) can monitoring (502) a use characteristic of the radio. Such use characteristics being monitored can include use of an internal speaker or an external speaker, an open angle (303) of the radio, a type of call, a time of day, a user location, a Caller ID, a holster status, a headset status, a cradle status, a network status, a prepaid minute status, a bus status, or a volume level status). The method can further selectively deactivate (504) the main display based on the use characteristic. In one example, the radio can selectively deactivate (508) the display or backlights when the flip portion is opened to answer the incoming call. The main display (or backlight) can also be selectively activated (510) upon a user button selection if a user desires such activation.

Abstract: A method (200) of creating pairwise combinatorial test cases from system configuration data can include reading a graphic representation of the system configuration data (210, 230, 260). Within the graphic representation, parameters can be represented by nodes and parameter can be represented by flows linking the nodes. The method further can include identifying paths of flows through the graphic representation until each parameter value of the graphic representation has been paired with all values of each other parameter of the graphic representation (205). Each path can specify a pairwise combinatorial test case.

Abstract: A virtual gaming device (101) can include a transceiver (102) for wireless communication, a global positioning receiver (104) or other wireless positioning device coupled to the transceiver, a display (106), and a processor (114). The processor can be programmed to store a map of a game course including a plurality of locations for fixed game elements such as race course waypoints, mark (502) positions or time of a competitive article as it is being played relative to the map, and transmit (506) and receive information derived from the marked positions to and from a selected number of wireless devices. The stored information about the marked positions or times of the competitive article and the map is used to render (504) an image on the display representing a player in a position facing a heading based on a subsequently stored location of the marked position or time of the competitive article.

Abstract: The present invention provides a two-phase orthodontic treatment for dental malocclusions that includes a first phase using traditional molar orthodontic appliances. The second phase employs a series of plastic aligner trays.

Abstract: A method (10) of payment of communication services includes determining (14) if a request (12) for services is an essential service or non-essential service, determining (19) if a device and/or user is authorized for non-essential service, and determining (20) if there are sufficient pre-pay funds for the non-essential service. The method can further include rejecting (26) the request for non-essential service if the device and/or user is unauthorized or if insufficient pre-pay funds exist. The method grants (16) the request if the request is for essential service (such as voice services). The essential service or subscription or post-pay service can be added (18) to a recurring bill. If the device and/or user is authorized and sufficient prepay funds exist, then the method grants (22) the request for the non-essential service. In response or in conjunction with granting, the method can deduct (24) funds from prepay funds upon granting the request.

Abstract: A video game system (100) includes one or more game carousels (101), one or more physical game media (118), and one or more game consoles (112). The game carousel (101) is capable of holding one or more game media (118). The game console (112) wirelessly requests, from the game carousel (101), access to game code associated with a game media (118). If the game media (118) is physically present in, or in communication with, the game carousel (101), access is granted and at least a portion of the game code is wirelessly transmitted from the game carousel (101) to the game console (112). Once the game media (118) is removed from, or stops communication with, the game carousel (101), or if the game carousel (101) and game console (112) stop communication with each other, game play is terminated at the game console (112).

Abstract: A hazard defense system (100) includes a plurality of defense elements (104), and a controller (112). Each defense element can be located in an area (101) and each element includes at least one sensor (205) for monitoring at least one hazard and defense factor, a transceiver (202), and a processor (203) coupled to the at least one sensor and transceiver. The system is programmed to monitor (302) at least one hazard and defense factor, inform (304) the controller of the at least one defense factor, detect (306) a hazard at one or more defense elements, inform (308) the controller of the hazard, establish (310) an exit strategy at the controller according to the hazard and at least one defense factor, inform (312) the plurality of defense elements of the exit strategy, and direct (314) one or more individuals out of the area according to the exit strategy.

Abstract: A system (200) includes a visiting wireless device (202) and a host wireless device (206) that communicate with each other. A shared user interface is commonly used by the two devices. During an ongoing interaction between a user of the visiting device (202) and a user of the host device (206), images of each user (106 and 108) are communicated to the other device and both devices display the images of both user. Through updated images communicated back and forth between the devices, the users “virtually” interact with the shared user interface. A permission level restricts the interactions available to the visiting device (202).

Abstract: The present invention provides a plastic tray orthodontic device (11) which may have embedded activators (10) and which is provided with an over-shell (12). The over-shell (12) acts as a force module.

Abstract: A communication device provides voice communications addressed to destinations corresponding to relevant characters in a game (117) in play. The communication device (101) provides, for example, a transmitter (105) for transmitting calls when operably connected to a dispatch network (111), and a processor (107). The processor is configured to facilitate interfacing with a user to play a multi-player game, in play between players including a first player on the communication device (101) and one or more second players having communication devices (103). The processor (101) is configured to facilitate, responsive to a call request, communicating via the transmitter with one or more recipients of a call from the first player, including automatically determining, in accordance with information representing the relevant characters, the appropriate recipient or recipients of the call, and causing the transmitter (105) to call the recipient or recipients.

Abstract: The present invention is a system to orthodontically correct teeth without changing the bite using clear activators based on more accurate information. This system will anticipate that problem, and diagnostically measure the arch and the teeth therein in order to determine where the professional can reduce the enamel without effecting the bite while improving the inter-arch relationship and creating a path for these blocked out teeth to be corrected. This is done via working first with a prescribed set up model, versus the patient's current condition, and creating an ideal prescribed model digitally or manually, from which prescribed activators can be produced to provide more efficacious results for the patient and the doctor.

Abstract: The invention concerns a method (300) and system (100) for affecting gaming conditions based on at least one predefined parameter of a power source (126, 131). The method can include the steps of storing (312) the predefined parameter, in a first gaming unit (110) that receives power from the power source, providing (314) a gaming environment and detecting (316) the presence of the predefined parameter of the power source. The method can also include the step of altering (320) at least one gaming condition in the gaming environment based on the detected predefined parameter.

Abstract: The invention concerns a method (300) and system (100) for affecting gaming conditions based on operating conditions of a power source (126). The method includes the steps of—in a first gaming unit (110) that receives power from the power source—providing (312) a gaming environment and monitoring (314) at least one operating condition of the power source. When at least one of the operating conditions reaches a predetermined threshold, the method further includes the step of altering (320) at least one gaming condition in the gaming environment to indicate to a user that the operating condition has reached the predetermined threshold.

Abstract: The invention concerns a method (300) and system (100) for selectively controlling the operation of a power source (126). The method can include the steps of—in a first gaming unit (110)—providing (314) a gaming environment, monitoring (316) a user's performance in the gaming environment and selectively controlling (318) a power capacity of the power source in response to the user's performance in the gaming environment. The power capacity can be a perceived power capacity. The selectively controlling step can include increasing (320) or decreasing (320) the perceived power capacity of the power source.