The PI-Widget or Desktop Thin-Window device is a stylus-based portable computer running a content enabled operating system, derived from our Kodiak-BSD operating system, which is able to recognize written block-cursive, semi-cursive, or fully cursive characters (patent pending).

The PI-Widget or Desktop Thin-Window device is a portable computer, running a content enabled operating system, which is able to recognize written block-cursive, semi-cursive, or fully cursive characters.

A content engine, using natural language processing, and based on patent pending NLP-based scanning and heuristics, scans the inputted text. The scanning is based on type disambiguation using statistical data, and the heuristics (patent pending) are based on basic grammar.

As a user writes characters and words, using the stylus; the content engine picks-up every word and triggers the scanning process which uses a three to n-word window. Statistical data are used to disambiguate the actual type, a given word might take. The heuristics are used to extract information related to a given concept, that a particular sentence might convey.

The display is either, pressure sensitive, responding to the stylus's imprint on its surface, or relies on stylus tracking hardware and software, that simply transmit data to the device, through a cable or by radio frequency. The shape of the device is either round, squarish or rectangular, and is made mostly of screen real estate.

The device houses hardware connectors for wifi, voip, cellular networks; as well as, a hands-free earphone and speaker module, and connector.  A user can receive and respond to cellular network based phone calls; and at the same time, correspond with another user through an internet based connection.

The interface is based on our PI-Desktop interface (patent pending), which relies on content extraction, a path-spec based file system, a reminder subsystem which uses a pictogrammic and animated language called Picto (patent pending), and an in-kernel Http daemon.

The PI-Desktop interface relies on stenographic shorthands to increase writing speed, when running on stylus-based computer tablets.

The power is supplied by strips of solar cells and rechargeable batteries. The stylus and widget can recharge their energy reserve, through the user's hand movements.

Patent Pending 
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