Abstract: Systems and methods for automatically submitting job applications with respect to a job listing service are provided. Upon manual submission of a job application by an applicant responding to a job listing in the job listing service, the system may search for additional job listings similar to the original job listing, and automatically create job applications for the found job listings. Upon submission of a job listing from an employer, the system may search for already-submitted job applications relevant to the job listing, and automatically create job applications responding to the submitted job listing. The system may create an area job application based on a submitted job application which may be automatically viewed by employers instead of creating separate job applications for each found job listing.

Abstract: Systems and methods for importing information about job opening candidates or employers into a database are provided. Information is extracted from a store of job candidate information and imported into the database. References or contacts, e.g., from letters of recommendation, work history items on a resume, and other documents, may also be imported. Accounts and/or profiles for the imported entities may be created. The imported entities are sent an invitation to use and/or sign up for the system. The imported job applications may be grouped by the job being applied for and each group associated with a particular job listing in the database. The system may automatically create job listings if no association can be made. Job listings may be cross-posted to other job listing services, and information from received resumes/job applications may be imported.

Abstract: Apparatus, systems, and methods are disclosed for improved oral hygiene with reduced cleaning time required. The systems, methods, and apparatus disclosed in accordance with embodiments of the present invention comprises an attachment brush head that when attached to existing powered toothbrushes is capable of cleaning all tooth surfaces of upper and lower teeth simultaneously in compliance with effective brushing technique. In addition, the system and apparatus disclosed in accordance with embodiments of the present invention provides adjustable bristle angle and pressure in addition to adjustable brush head spacing, to avoid damage from excessive pressure to soft tissue, while ensuring sufficient bristle pressure for effective cleaning even with varying tooth thickness.

Abstract: A multi-level non-volatile memory device programs cells in each row in a manner that takes into account the coupling from the programming of cells that are proximate the row to be programmed. In one example of the invention, after the row has been programmed, the proximate cells are verified by read, comparison, and, if necessary, reprogramming operations to compensate for charge added to proximate memory cells resulting from programming the row. In another example of the invention, a row of memory cells is programmed with charge levels that take into account the charge that will be added to the memory cells when proximate memory cells are subsequently programmed.

Abstract: A multi-level non-volatile memory device programs cells in each row in a manner that takes into account the coupling from the programming of cells that are proximate the row to be programmed. In one example of the invention, after the row has been programmed, the proximate cells are verified by read, comparison, and, if necessary, reprogramming operations to compensate for charge added to proximate memory cells resulting from programming the row. In another example of the invention, a row of memory cells is programmed with charge levels that take into account the charge that will be added to the memory cells when proximate memory cells are subsequently programmed.

Abstract: A multi-level non-volatile memory device programs cells in each row in a manner that takes into account the coupling from the programming of cells that are proximate the row to be programmed. In one example of the invention, after the row has been programmed, the proximate cells are verified by read, comparison, and, if necessary, reprogramming operations to compensate for charge added to proximate memory cells resulting from programming the row. In another example of the invention, a row of memory cells is programmed with charge levels that take into account the charge that will be added to the memory cells when proximate memory cells are subsequently programmed.

Abstract: Systems, methods and computer-program products are configured to facilitate the in-person (or “face-to-face”) meeting of online dating, social networking, and other Web site users. Such systems, methods, and computer-program products may allow for enhanced user experience (e.g., having their online dating site memberships translate to actual meetings of real people at a specific venue of mutual interest) and lead to more revenue generation opportunities for operators and advertising sponsors of such sites. The systems, methods and computer-program products may allow for the automated facilitation of a meeting among two or more members of an online site, while ensuring agreement by all parties on the details of the meeting itself, such as the venue, the party funding a purchase related to the meeting (e.g., a meal), and the purchase amount. Thus, the parties are ensured of having the face-to-face meeting and the venue is assured of patronage.

Abstract: A multi-level non-volatile memory device programs cells in each row in a manner that takes into account the coupling from the programming of cells that are proximate the row to be programmed. In one example of the invention, after the row has been programmed, the proximate cells are verified by read, comparison, and, if necessary, reprogramming operations to compensate for charge added to proximate memory cells resulting from programming the row. In another example of the invention, a row of memory cells is programmed with charge levels that take into account the charge that will be added to the memory cells when proximate memory cells are subsequently programmed.

Abstract: A multi-level non-volatile memory device programs cells in each row in a manner that takes into account the coupling from the programming of cells that are proximate the row to be programmed. In one example of the invention, after the row has been programmed, the proximate cells are verified by read, comparison, and, if necessary, reprogramming operations to compensate for charge added to proximate memory cells resulting from programming the row. In another example of the invention, a row of memory cells is programmed with charge levels that take into account the charge that will be added to the memory cells when proximate memory cells are subsequently programmed.

Abstract: A multi-level non-volatile memory device programs cells in each row in a manner that takes into account the coupling from the programming of cells that are proximate the row to be programmed. In one example of the invention, after the row has been programmed, the proximate cells are verified by read, comparison, and, if necessary, reprogramming operations to compensate for charge added to proximate memory cells resulting from programming the row. In another example of the invention, a row of memory cells is programmed with charge levels that take into account the charge that will be added to the memory cells when proximate memory cells are subsequently programmed.

Abstract: A multi-level non-volatile memory device programs cells in each row in a manner that takes into account the coupling from the programming of cells that are proximate the row to be programmed. In one example of the invention, after the row has been programmed, the proximate cells are verified by read, comparison, and, if necessary, reprogramming operations to compensate for charge added to proximate memory cells resulting from programming the row. In another example of the invention, a row of memory cells is programmed with charge levels that take into account the charge that will be added to the memory cells when proximate memory cells are subsequently programmed.

Abstract: A multi-level non-volatile memory device programs cells in each row in a manner that takes into account the coupling from the programming of cells that are proximate the row to be programmed. In one example of the invention, after the row has been programmed, the proximate cells are verified by read, comparison, and, if necessary, reprogramming operations to compensate for charge added to proximate memory cells resulting from programming the row. In another example of the invention, a row of memory cells is programmed with charge levels that take into account the charge that will be added to the memory cells when proximate memory cells are subsequently programmed.

Abstract: A multi-level non-volatile memory device programs cells in each row in a manner that takes into account the coupling from the programming of cells that are proximate the row to be programmed. In one example of the invention, after the row has been programmed, the proximate cells are verified by read, comparison, and, if necessary, reprogramming operations to compensate for charge added to proximate memory cells resulting from programming the row. In another example of the invention, a row of memory cells is programmed with charge levels that take into account the charge that will be added to the memory cells when proximate memory cells are subsequently programmed.

Abstract: A multi-level non-volatile memory device programs cells in each row in a manner that takes into account the coupling from the programming of cells that are proximate the row to be programmed. In one example of the invention, after the row has been programmed, the proximate cells are verified by read, comparison, and, if necessary, reprogramming operations to compensate for charge added to proximate memory cells resulting from programming the row. In another example of the invention, a row of memory cells is programmed with charge levels that take into account the charge that will be added to the memory cells when proximate memory cells are subsequently programmed.