Abstract: A system is provided that includes a pen-enabled computing arrangement having a capture interface and at least one processing element. The capture interface can capture an electronic input defining a stroke through a plurality of concatenated regions. In addition, the handwriting capture interface can also optionally capture an electronic handwriting input based upon a position of the writing stylus with reference to a position-determining pattern. Each of the concatenated regions corresponds to a region of an identification pattern including a plurality of regions that are each associated with a character of an identifier associated with an object. The stroke includes a plurality of portions referenced to respective regions of the identification pattern such that the processing element can determine the identifier based upon the respective regions of the identification pattern, and associate the electronic input with the object associated with the identifier.

Abstract: A pen-enabled computing arrangement includes a handwriting capture interface and at least one processing element, such as in the form of a computing system and a digital pen that embodies a writing stylus. The handwriting capture interface can capture an electronic handwriting input. The processing element can sense an identifier associated with an object, and associate electronic handwriting input with the object. The processing element can then process the electronic handwriting input based upon the associated object. Printed paper with which the arrangement can operate to effectuate capturing and processing data may also be provided. Further, triggered verification of the sensed identifier may be provided when the identifier is sensed based upon initial electronic handwriting input corresponding to the identifier and the sensed identifier is unknown and/or improper.

Abstract: Real time digitization of handwritten text and integration of digital recordation of handwritten text with traditional paper-based record making systems is achieved with a recording unit which may record a sequential data stream of strokes and associated events. The data stream may be stored in the apparatus and processed in accordance with various applications. Recordation of handwritten strokes may be accompanied by automatic detection and recordation of predefined events, and by user invoked generation of events. Recorded handwritten text may be processed to produce character strings or image data for text recorded in conjunction with predefined events.

Abstract: A scheduling facilitation system includes a recording unit, a markable surface (e.g., a template), and a stylus. The recording unit includes a memory, a logic design implementation (e.g., software and/or hardware), and a working surface. The memory stores an electronic representation of a schedule. The logic design implementation serves to correlate the working surface to the schedule. The working surface is superimposed with the markable surface. A stylus stroke signal (e.g., a first radio frequency) conveys to the recording unit scheduling information for a selected entry location of the schedule. A stylus stroke mark (e.g., ink) concurrently conveys to the markable surface the scheduling information. The memory stores the scheduling information. A check signal (e.g., a second radio frequency and/or a soft button activation) can search for scheduling opening(s) and/or conflict(s).