Veškeré programy pro Palmy.
1 příspěvek •Stránka 1 z 1
Sir_Joker
exMód
Zařízení:
LG G3 +62Gb MicroSD (class10)
Příspěvky:
919
Registrován:
29. 08. 2007 13:36
Odesláno:
08. 12. 2007 21:31
Uscrypt U Scrypt v1.07 PalmOS Regged-TBEPDA
ObrázekObrázek
ObrázekObrázek
U_Scrypt software is currently written for Palm OS. It is a handwriting recognition and note taking program designed to overcome the inherent problems associated with writing on handheld computers. This web page will describe the various features required to achieve that goal. It will also explain why Old World written languages are inadequate for inline computerized translation, how standard writing can be surpassed using new technology and how a new symbol system can be designed and still be 100% compatible with English and Western European languages.
SOFTWARE DESCRIPTION:

U_Scrypt integrates four specialized components: a new character system, its companion recognition program, a text program on which to output the recognition translation and a simple drawing program designed to allow rapid switching between recognition writing and drawing. Each feature is briefly described on the right. Within the sections below is a more detailed description of the new, patent pending writing system called Universal Computer Script or UCS.

THE UCS PREMISE:

Today's written languages were created many centuries ago for use with the mediums of stone, mud tablets or paper. They were never intended for modern, inline computer recognition which does not work on the same principle as eye sight. The purpose of a computerized writing system is not merely to write a symbol's ancient representation and have it retranslated into a more compact, neater form. Its true purpose is to act as a more simple intermediary. An intermediary writing system does not require readability, only writability. Eliminating the necessity for readability enables simplification and an increase in efficiency. Writing becomes less ridgid than writing on paper. An effective intermediary system requires a special character geometry and a companion recognition program designed to analyse that particular geometry. A special character set and recognition program, however, are useless without writability or more precisely, language compatability. Therefore, the underlying relationship between the new, computer-interpreted strokes and the Old World letters must be strictly maintained. To provide the necessary cross compatability for UCS, every conceivable arrangement of the new character strokes were tested to determine how to best arrange the new symbols in order to emulate Western cursive.

SURPASSING PAPER WRITING:

New efficiency possibilities open up when sight is no longer the driving force behind character input. Inline software senses pen intersection points and stroke direction. This type of analysis allows more simple, alternate symbols to represent some standard letters. If a more simple derivative form of a standard letter falls within the correct geometry, it can be classified as a definitve character and may be used to improve writing efficieny. Inline analysis also allows opposites, that would appear indistinguishable on paper. This promotes simplicity and again, helps improve efficieny. Additionally, each inline stroke may be written in the same spot (stationary writing) which adds another degree of efficiency. And finally, one last step can be taken toward maximizing efficiency by introducing a simplicity heirarchy. Wherever it was possible to do so, symbols used more often in English are more simple in Universal Computer Script. As in speech where the spoken vowels are the shortest and the most clipped sounds, the written UCS vowels are the easiest and quickest symbols to write. As each efficiency feature is added, overall efficiency increases and UCS writing efficiency surpasses that of paper writing,

WRITING PRACTICALITY:

Electronic writing practicality requires that the relative number of user mistakes at normal writing speed be minimized and the writing of the new system feels so similar to its standard counterpart that the transition to it is painless. Reducing error requires a symbol system that does not create software confusion between similar symbols and one which allows for poor penmanship. A painless learning transition requires that 100% of the new strokes either match or create the same "feel" as the familiar standard letter. Without complete language compatibility there can be little utility. UCS successfully accomplishes both the problem of practicality and error reduction. The probability of making mistakes is reduced to a minimum and the 100% English compataility issue is resolved. UCS has been thoroughly tested and is targeted directly at the Western European (Latin), phonetic, lowercase alphabet and accompaning numbers and punctuation.

WRITING COHERENCY:

A practical phonetic written language must also be coherent. Coherency is similar to the concept of fonts where each symbol fits within a matching style. Examples of non-coherency, would be the mixing cursive symbols with print, caps with lower case or left slanting symbols with right slanting symbols. Any system of writng may, in some sense, be learned but its fluid writability is the factor that establishes it as a coherent language. UCS is coherent and 100% English compatible. It takes into consideration the absolute necessity of (1) matching in feel every USC stroke pattern with an English (Latin) counterpart; (2) creating a smooth, flowing transition between symbols and (3) maintaining a consistant symbol slant. The UCS lowercase set excludes all stroke patterns with odd angles, high complexity or reverse curves and reverse loops. All UCS symbols work together as a functional writing unit which emulates cursive.

THE COMPLETION EFFECT:

It can be proved experimentally that when a stroke pattern falls within an appropriate stroke path for a particular symbol, ones brain and hand will both quickly and willingly accept it as the targeted standard symbol even though it, visually, may appear incomplete or unfamiliar. If the stroke is shorter, ones brain will automatitically fill in the missing pieces and it will still feel as though the entire familiar letter has been written. This phenomenon is called "completion". When advantage is taken of the "completion" effect, and the UCS symbols are English aligned, the UCS writing system becomes 100% English coherent. Within a few weeks of practice, an individual who has been brought up within the Western European writing system, will be writing UCS fluently, accurately and with comfort.

UCS STROKES:

Universal Computer Script is made up of three stroke types: Primary, secondary and tertiary. The 26 primaries are the only group of simple stroke patterns existing where each stroke flows within a common stationary writing style. The secondaries are single stroked symbols but do not have a common style. The tertiaries are double stroked characters produced by adding a single modifier stroke after writing a primary or a secondary stroke. The primary UCS strokes represent the latin lowercase alphabet and numbers. The secondary strokes and the tertiries represent gestures, controls, punctuation symbols and a few common non-English, Western symbols.

RECOGNITION / STROKE INTEGRATION:

The special configuration of UCS stroke patterns and an integrated, boundary based recognition program work together to create an electronic writing system which allows high writing speed with the highest possible recognition potential. The key to superior recognition at higher writing speeds is in the coordination of the strokes with the recognition program. The UCS stroke formula allows absolute identification of each symbol boundary. The boundaries, fit tightly along side one another like pieces in a puzzle with no gaps in recognition or overlaps between symbols. The effect is to maximize the range of recognition and eliminate "boundary" confusion. Just as on a keyboard, if the output is wrong, it is in most cases, the fault of the user or the hardware.

THE FUTURE OF ELECTRONIC WRITING:

The future possibiliy of ubiquitous use of electronic writing will be dependent upon the improvement of digitizer quality and increase in processor speed. A time is approaching when the necessary calculations for symbol identification on a handheld will be so fast that a writer will not be able to write faster than the computer can process and output. It will be similar to writing with pen and ink only faster. Today (2007) this it is not yet the case. A slight unnatural waiting period is still required between the writing of each symbol and its output. If one does not wait the necessary few milliseconds, incorrect recognition will result. The most effective display of the potential of UCS is on the Sony Clie TH55 (discontinued 2006). Although the TH55 processor is technically slower than most, the excellent quality of its digitizer, its longevity and high compatability between the digitizer and processor make a formidible combination. UCS on the TH55 is the fastest and most accurate of all Palm OS handhelds tested. Handhelds with triple the speed but with low quality digitizers produce markedly poorer results.

Kód: Vybrat vše

http://rapidshare.com/files/75231286/Uscrypt.U.Scrypt.v1.07.PalmOS.Regged-TBEPDA.rar
Robil som čo sa dalo. Menej sa už nedalo...POVINNE VYPLNENIE TYPU TELEFONU V PROFILE!
ObrázekObrázek
exMód
1 příspěvek •Stránka 1 z 1