Abstract: A patient computing device and a set of behavioral and/or physiological parameter monitoring elements are configured for automatically: monitoring patient behavioral and/or physiological parameters over time; processing patient behavioral and/or physiological parameter data relative to a patient behavioral and/or mental health baseline state; determining whether a patient anomaly condition exists; and in response to the existence of a patient anomaly condition, automatically: determining a severity level corresponding to the anomaly condition; initiating execution of a behavioral therapy automaton; initiating execution of an automated patient dialog process that operates only on the patient computing device, without transfer of patient data and/or patient-identifying data external to the patient computing device; and/or selectively initiating data communication with an external electronic device or computing device or system corresponding to a care provider or care provider team associated with the patient in

Abstract: A patient identity and information manager (PIIM) is configured for establishing direct trust relationships between itself and (i) a particular patient; (ii) a biomarker monitoring device corresponding to the patient; and (iii) a medical care provider associated with the patient.

Abstract: A digital pen that has an ink writing tip includes a laser on a pen body that directs light toward paper across which the writing tip is stroked. A CMOS camera or CCD is also mounted on the pen body for detecting reflections of the laser light, referred to as “speckles”. A processor in the pen body determines relative pen motion based on the speckles. A contact sensor such as an FSR on the pen body senses when the tip is pressed against the paper, with positions being recorded on a flash memory in the pen body when the contact sensor indicates that the pen is against the paper. The memory can be later engaged with a handwriting recognition device to correlate the positions to alpha-numeric characters. Ordinary paper can be used, but, if desired, special bar-coded paper can also be used, so that the recorded positions can be tagged with a page number, form field, and absolute position on the page.

Abstract: A digital pen that has an ink writing tip includes a laser on a pen body that directs light toward paper across which the writing tip is stroked. A CMOS camera or CCD is also mounted on the pen body for detecting reflections of the laser light, referred to as “speckles”. A processor in the pen body determines relative pen motion based on the speckles. A contact sensor such as an FSR on the pen body senses when the tip is pressed against the paper, with positions being recorded on a flash memory in the pen body when the contact sensor indicates that the pen is against the paper. The memory can be later engaged with a handwriting recognition device to correlate the positions to alpha-numeric characters. Ordinary paper can be used, but, if desired, special bar-coded paper can also be used, so that the recorded positions can be tagged with a page number, form field, and absolute position on the page.

Abstract: A method and system for client/server communications in which stored user information controls revealed and delivered information. A client system is Communicatively coupled to a server through an intermediate system, which acts as a persona module. User information about a user on the client system is stored on the client system. Information about advertising information is stored on the server. The intermediate system receives information about user information from the client system and information about advertising information from the server. The intermediate system acts as a user's agent to filter out irrelevant advertisement material. The intermediate system can also function to customize the advertisements received by the client system from the server, but not returning information about the user's interest or preferences to the server. A user's privacy may be further protected if the information returned to a server is at least partially untruthful.

Abstract: A method and system for communications between a client system and a server communicatively coupled to the client system. User information about a user is stored on the client system. The user information comprises a plurality of attributes. Each attribute comprises information relating to the user and a willingness level indicator, indicating a level of willingness of the user to reveal the information of that attribute. A user information request is received from the server. The user information request comprises a plurality of attribute requests. Each attribute request comprises an indication of whether the attribute is required in order for the server to transmit information stored on the server to the client system. At the client system, the received attribute requests are compared with the stored attributes to determine whether each requested attribute is present on the client system.

Abstract: Errors or failures in a transmission system (10) can be accurately predicted by a system (18) which processes error or failure data collected by the transmission system during uniform intervals to yield data indicative of the errors or failures during each of a plurality of non-uniform, overlapping intervals. The errors or failures measured during the non-uniform intervals are selectively weighted and summed within a neural network (22), trained with historical error or failure data, to yield a set of predictions, each representing the predicted number of errors or failures during each non-uniform interval. The predictions from the neural network (22) are then thresholded by a control unit (24) and used to raise an alarm which signals the possibility of error or failure in the transmission system.