Mobile event-module
First Claim
1. A mobile electronic device for a general correlation analysis of codified series of occurred, missed and expected events which are defined by their type, time of occurrence and/or duration, comprising:
- clock means for providing clock pulses representing real time;
synchronization means for updating said clock means;
switchable means for providing timing signals representing timed occurrences, timed durations, expected occurrences and expected lapses;
codification means for marking said timing signals;
computing means including read-only memory means and register means for executing predetermined programs operating on said timing signals and being steered by a monitor program, said computing means providing resultant output signals;
instruction means for providing instruction signals to said computing means for executing specific tasks;
multiplexer and encoder means for identifying said instruction means;
random-access memory means for storing said timing signals and said instruction signals and resulting output signals of said computing means;
input-output interface means for providing input signals to and for receiving output signals from said computing means and said memory means and said clock means and said instruction means;
timer, counter and latching means in said interface means responsive to signals from said instruction means and said computing means;
display means responsive to said interface means for displaying representations of output signals from said interface means;
whereby a programmable interactive dialog is permitted between the device and user of the device in which the flow of events (codified time-marks) is controlled and modified, and which allows real-time and off-line correlation analysis.
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Abstract
An event-module is, on its lowest logical level, a universal instrument for measurement and storage of times, intervals, periods, time series and durations. It permits codification of personal and external events by means of time-marks and makes them accessible in the course of their realization. It permits the possibility of analyzing the serial structure and the correlation in time of these events in a most general way. The evolution of the present can instantaneously be compared with the anticipation of the future by use of external time-marks. Further, the introduction of a programmable dialog-logic which enables the user to find answers to specific questions of, e.g., his personal experiences is disclosed. The module helps in decisions and is not only a measurement device, but also a partner. Likewise, the module can act as an opponent of the user and e.g. sophisticated games may be played. The event-module can be considered a cybernetic system into which the human being is incorporated in contrast to conventional learning machines (TURING machine, chess computer) and which interacts with his behavior patterns (habits, orderliness, etc.). This system not only records events and their duration and displays them on demand, but it interferes due to its boundary conditions (Te, ΔTe) with the actual course of events. It is a mobile, interactive system with learning potential.
109 Citations
18 Claims
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1. A mobile electronic device for a general correlation analysis of codified series of occurred, missed and expected events which are defined by their type, time of occurrence and/or duration, comprising:
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clock means for providing clock pulses representing real time; synchronization means for updating said clock means; switchable means for providing timing signals representing timed occurrences, timed durations, expected occurrences and expected lapses; codification means for marking said timing signals; computing means including read-only memory means and register means for executing predetermined programs operating on said timing signals and being steered by a monitor program, said computing means providing resultant output signals; instruction means for providing instruction signals to said computing means for executing specific tasks; multiplexer and encoder means for identifying said instruction means; random-access memory means for storing said timing signals and said instruction signals and resulting output signals of said computing means; input-output interface means for providing input signals to and for receiving output signals from said computing means and said memory means and said clock means and said instruction means; timer, counter and latching means in said interface means responsive to signals from said instruction means and said computing means; display means responsive to said interface means for displaying representations of output signals from said interface means; whereby a programmable interactive dialog is permitted between the device and user of the device in which the flow of events (codified time-marks) is controlled and modified, and which allows real-time and off-line correlation analysis. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18)
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Specification