RU99118293A - REDUCED KEYBOARD CONTROL SYSTEM - Google Patents

REDUCED KEYBOARD CONTROL SYSTEM

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Publication number
RU99118293A
RU99118293A RU99118293/09A RU99118293A RU99118293A RU 99118293 A RU99118293 A RU 99118293A RU 99118293/09 A RU99118293/09 A RU 99118293/09A RU 99118293 A RU99118293 A RU 99118293A RU 99118293 A RU99118293 A RU 99118293A
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Russia
Prior art keywords
input
sequence
user
display
input sequence
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RU99118293/09A
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Russian (ru)
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RU2206118C2 (en
Inventor
Мартин Т. КИНГ
Дэйл Л. ГРОУВЕР
Клиффорд А. КАШЛЕР
Черил А. ГРАНБОК
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Теджик Коммьюникейшнз, Инк.
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Priority claimed from US08/792,969 external-priority patent/US5953541A/en
Application filed by Теджик Коммьюникейшнз, Инк. filed Critical Теджик Коммьюникейшнз, Инк.
Publication of RU99118293A publication Critical patent/RU99118293A/en
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Publication of RU2206118C2 publication Critical patent/RU2206118C2/en

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Claims (37)

1. Система для установления кодированного в цифровом виде текста, содержащая
(a) устройство (54) ввода пользователя, имеющее множество средств ввода (56), каждое из множества средств ввода связано с множеством символов, причем средства ввода используются пользователем системы для формирования вводимой последовательности каждый раз, когда входные данные выбирают с помощью манипулирования устройством ввода пользователя, причем сформированная вводимая последовательность соответствует последовательности входных данных, которые были выбраны и имеют неоднозначную текстовую интерпретацию, когда пользователь работает с системой в режиме неоднозначного ввода, сформированная последовательность является неоднозначной из-за множества символов, связанных с каждым средством ввода, сформированная последовательность соответствует последовательности входных данных, которые выбраны и имеют однозначную текстовую интерпретацию, когда пользователь работает с системой в режиме ввода без неоднозначности;
(b) запоминающее устройство (104), содержащее множество объектов, причем каждый из множества объектов связан с вводимой последовательностью;
(c) дисплей (53) для отображения выходных данных системы пользователю; и
(d) процессор (100), подсоединенный к устройству ввода пользователя, запоминающему устройству и дисплею, причем процессор
(I) обрабатывает каждую сформированную вводимую последовательность при выборе устройства ввода в качестве неоднозначного выбора одного или более символов, связанных с указанным средством ввода, для идентификации из множества объектов в запоминающем устройстве, по меньшей мере, одного объекта, который связан с обрабатываемой вводимой последовательностью,
(II) одновременно обрабатывает каждую сформированную вводимую последовательность при выборе входных данных в качестве однозначного выбора специфического символа, связанного с указанным средством ввода для идентификации однозначной текстовой интерпретации, связанной со сформированной вводимой последовательностью, и
(III) формирует выходной сигнал, вынуждающий дисплей отображать по меньшей мере, один из идентифицированных объектов, связанных со сформированной вводимой последовательностью в качестве текстовой интерпретации сформированной вводимой последовательности, и одновременно отображать идентифицированную однозначную текстовую интерпретацию, которая связана с вводимой последовательностью.1. A system for establishing digitally encoded text, comprising
(a) a user input device (54) having a plurality of input means (56), each of a plurality of input means is associated with a plurality of characters, the input means being used by a system user to generate an input sequence each time the input data is selected by manipulating the input device the user, and the generated input sequence corresponds to the sequence of input data that were selected and have an ambiguous text interpretation when the user is working System in ambiguous text input, the generated sequence is ambiguous due to the plurality of characters associated with each input means formed by the sequence is the input data that are selected and unambiguous textual interpretation, when the user works with the system input mode without ambiguity;
(b) a storage device (104) comprising a plurality of objects, each of the plurality of objects being associated with an input sequence;
(c) a display (53) for displaying the output of the system to the user; and
(d) a processor (100) connected to a user input device, a storage device and a display, the processor
(I) processes each generated input sequence when selecting an input device as an ambiguous selection of one or more characters associated with the specified input means, to identify from the set of objects in the storage device at least one object that is associated with the processed input sequence,
(II) simultaneously processes each generated input sequence when selecting the input data as an unambiguous selection of a specific character associated with the specified input means to identify a unique textual interpretation associated with the generated input sequence, and
(III) generates an output signal forcing the display to display at least one of the identified objects associated with the generated input sequence as a text interpretation of the generated input sequence, and simultaneously display the identified unambiguous text interpretation that is associated with the input sequence. 2. Система по п.1, в которой множество средств ввода устройства ввода пользователя реализовано в виде множества клавиш, отображенных на сенсорном экране, с множеством символов, связанных с каждой клавишей, отображаемых внутри границы, которая определяет эту клавишу, и в которой контакт с сенсорным экраном, где отображен символ, одновременно обрабатывают в качестве однозначного выбора символа и в качестве неоднозначного выбора любого из множества символов, связанных с клавишей. 2. The system of claim 1, wherein the plurality of input means of the user input device is implemented as a plurality of keys displayed on a touch screen, with a plurality of characters associated with each key displayed within a border that defines this key, and in which contact with the touch screen where the symbol is displayed is simultaneously processed as an unambiguous symbol selection and as an ambiguous selection of any of a plurality of symbols associated with a key. 3. Система по п.1, в которой множество средств ввода устройства ввода пользователя реализовано в виде множества клавиш, отображенных на сенсорном экране, с множеством символов, связанных с каждой клавишей, отображаемых внутри границы, которая определяет эту клавишу, и в которой конкретный символ однозначно выбирают посредством контакта с клавишей, на которой отображен требуемый символ, и выполнением различаемого перемещения для указания конкретного символа. 3. The system of claim 1, wherein the plurality of input means of the user input device is implemented as a plurality of keys displayed on a touch screen, with a plurality of characters associated with each key displayed within a border that defines that key, and in which a particular character uniquely selected by contact with the key on which the desired character is displayed, and by performing a distinguishable movement to indicate a specific character. 4. Система по п.3, в которой различаемое перемещение определяет альтернативную форму символа. 4. The system of claim 3, wherein the distinguishable movement defines an alternative symbol shape. 5. Система по п.1, в которой множество средств ввода устройства ввода пользователя реализовано в виде множества клавиш, отображенных на сенсорном экране, с множеством символов, связанных с каждой клавишей, отображаемых внутри границы, которая определяет эту клавишу, и в которой конкретный символ однозначно выбирают посредством контакта с отображаемой клавишей несколько раз, где отображаемая клавиша, с которой контактируют несколько раз, соответствует положению требуемого символа на клавише. 5. The system of claim 1, wherein the plurality of input means of the user input device is implemented as a plurality of keys displayed on a touch screen, with a plurality of characters associated with each key displayed within a border that defines that key, and in which a particular character unambiguously choose by contact with the displayed key several times, where the displayed key, which is contacted several times, corresponds to the position of the desired character on the key. 6. Система по одному из пп.2, 3 или 5, в которой отображение контактируемой клавиши визуально модифицируют для изображения определенного символа, который однозначно выбран. 6. The system according to one of claims 2, 3 or 5, in which the display of the contacted key is visually modified to display a specific character that is uniquely selected. 7. Система по п.5, в которой следующий определенный символ однозначно выбирают посредством клавиш, с которой контактируют, после истечения временного интервала, который превышает заранее определенный порог, в течение которого ни с какой клавишей не контактируют, и в которой длительность заранее определенного временного порога автоматически регулируют как функцию средних временных интервалов между последовательными парами контактов с одной и той же клавишей, когда указанные временные интервалы меньше, чем заранее определенный порог, и когда однозначная текстовая интерпретация вводимой последовательности, содержащая указанные пары контактов, выбирается пользователем для выдачи. 7. The system according to claim 5, in which the next specific symbol is uniquely selected by means of the keys it is in contact with after a time interval has elapsed that exceeds a predetermined threshold during which no key is contacted and in which the duration of the predetermined time the threshold is automatically adjusted as a function of the average time intervals between consecutive pairs of contacts with the same key, when the specified time intervals are less than a predetermined threshold, and When an unambiguous textual interpretation of the input sequence containing the specified pairs of contacts is selected by the user for delivery. 8. Система по п.1, в которой множество средств ввода устройства ввода пользователя реализовано в виде множества механических клавиш, причем каждая из множества клавиш связана с множеством символов, и в которой механические клавиши активизируют множеством различных способов для однозначного выбора определенных символов. 8. The system of claim 1, wherein the plurality of input means of the user input device is implemented as a plurality of mechanical keys, each of the plurality of keys associated with a plurality of characters, and in which the mechanical keys are activated in a variety of different ways to uniquely select specific characters. 9. Система по п.1, в которой множество средств ввода устройства ввода пользователя реализовано в виде множества механических клавиш, причем каждая из множества клавиш связана с множеством символов, которые отображаются на каждой клавише, и в которой определенный символ однозначно выбирают посредством активизации заданной клавиши несколько раз, и в которой неоднократная активизация заданной клавиши соответствует положению требуемого символа на клавише. 9. The system of claim 1, wherein the plurality of input means of the user input device is implemented as a plurality of mechanical keys, each of the plurality of keys associated with a plurality of characters that are displayed on each key, and in which a specific character is uniquely selected by activating a given key several times, and in which the repeated activation of a given key corresponds to the position of the desired character on the key. 10. Система по п.9, в которой дополнительный символ однозначно выбирают активизацией заданной клавиши несколько раз, и в которой количество активизации несколько раз заданной клавиши больше, чем количество символов, отображенных на экране. 10. The system according to claim 9, in which the additional character is uniquely selected by activating a given key several times, and in which the number of activation of a given key several times is greater than the number of characters displayed on the screen. 11. Система по п.9, в которой следующий определенный символ однозначно выбирают из заданной клавиши вслед за временным интервалом, который превышает заранее определенный порог, в течение которого никакой клавиши не активизируют, и в котором длительность заранее определенного временного порога автоматически регулируют как функцию средних временных интервалов между последовательными парами активизации одной и той же клавиши, когда указанные временные интервалы меньше, чем заранее определенный порог, и когда однозначная текстовая интерпретация вводимой последовательности, содержащая указанные пары активизации, выбирается пользователем для выдачи. 11. The system according to claim 9, in which the next specific symbol is uniquely selected from a given key after a time interval that exceeds a predetermined threshold during which no keys are activated, and in which the duration of a predetermined time threshold is automatically adjusted as a function of average time intervals between successive pairs of activation of the same key, when the specified time intervals are less than a predetermined threshold, and when an unambiguous text interp etatsiya input sequences containing said pairs of activation, selected by the user for dispensing. 12. Система по п.1, в которой однозначная запись слов, которые не соответствуют какому-либо объекту в запоминающем устройстве, определяется процессором, а объекты, соответствующие этим словам, автоматически добавляют временно к запоминающему устройству так, что слова могут быть сформированы во время работы системы в неоднозначном режиме ввода посредством выбора соответствующей последовательности средств ввода. 12. The system according to claim 1, in which the unambiguous recording of words that do not correspond to any object in the storage device is determined by the processor, and the objects corresponding to these words are automatically added temporarily to the storage device so that the words can be formed during operation of the system in an ambiguous input mode by selecting the appropriate sequence of input means. 13. Система по п.12, в которой в случае, когда объект, временно добавленный к запоминающему устройству, соответствует заранее неизвестному слову, которое было введено однозначным способом, и в которой все появления слова удаляют из кодированного в цифровом виде выданного текста, полученного системой, когда заранее неизвестное слово было введено однозначным способом, объект автоматически удаляют из запоминающего устройства. 13. The system according to item 12, in which when the object temporarily added to the storage device corresponds to a previously unknown word that was entered in a unique way, and in which all occurrences of the word are deleted from the digitally encoded issued text received by the system when a previously unknown word was entered in a unique way, the object is automatically deleted from the storage device. 14. Система по п.12, в которой в случае, когда объект, временно добавленный к запоминающему устройству, соответствует заранее неизвестному слову, которое было введено однозначным способом, и в которой вводимая последовательность, связанная со словом, не формируется до приема сигнала, указывающего, что система должна быть выключена, объект автоматически удаляют из запоминающего устройства. 14. The system according to item 12, in which when the object temporarily added to the storage device corresponds to a previously unknown word that was entered in a unique way, and in which the input sequence associated with the word is not generated before receiving a signal indicating that the system should be turned off, the object is automatically deleted from the storage device. 15. Система с устранением неоднозначности вводимой неоднозначной последовательности, введенной пользователем, содержащая:
(a) устройство (54) ввода пользователя, имеющее множество средств ввода (56), и набор одного или более однозначных средств ввода (58), каждое из первого множества средств ввода (56) связано с множеством символов, в котором выбор одного или более первого множества средств ввода формирует выбранную вводимую последовательность, и в которой выбор одного или более однозначных средств ввода (58) формирует сигналы, которые управляют работой системы;
(b) запоминающее устройство (104), содержащее множество объектов, причем каждый из множества объектов связан с вводимой последовательностью;
(c) дисплей (53) для отображения выходных данных системы пользователю; и
(d) программируемый процессор (100), подсоединенный к устройству ввода пользователя, запоминающему устройству и дисплею, причем процессор является программируемым для
(I) идентификации из множества объектов в запоминающем устройстве, по меньшей мере, одного объекта, связанного с каждой выбранной вводимой последовательностью, которая сформирована,
(II) формирования отображения, по меньшей мере, одного идентифицированного объекта, связанного с каждой выбранной вводимой последовательностью, который сформирован в качестве текстовой интерпретации выбранной вводимой последовательности,
(III) ответа на однозначный сигнал, сформированный выбором одного или более однозначных входных сигналов посредством выбора одного объекта из идентифицированного набора из, по меньшей мере, одного объекта в запоминающем устройстве, связанного с выбранной вводимой последовательностью, и записи выбранного объекта в позицию отображения текстовой записи на дисплее в качестве текстовой интерпретации выбранной вводимой последовательности, и
(IV) ответа на однозначный сигнал, сформированный выбором одного или более однозначных входных сигналов посредством идентификации вводимой последовательности, связанной с объектом, из позиции отображения текстовой записи, и установления идентифицированной вводимой последовательности в качестве выбранной вводимой последовательности.15. A system for disambiguating an entered ambiguous sequence entered by a user, comprising:
(a) a user input device (54) having a plurality of input means (56) and a set of one or more unique input means (58), each of the first set of input means (56) is associated with a plurality of characters in which the selection of one or more the first set of input means forms a selected input sequence, and in which the selection of one or more unique input means (58) generates signals that control the operation of the system;
(b) a storage device (104) comprising a plurality of objects, each of the plurality of objects being associated with an input sequence;
(c) a display (53) for displaying the output of the system to the user; and
(d) a programmable processor (100) connected to a user input device, a storage device and a display, the processor being programmable for
(I) identifying from a plurality of objects in the storage device, at least one object associated with each selected input sequence that is formed,
(II) forming a display of at least one identified object associated with each selected input sequence, which is formed as a textual interpretation of the selected input sequence,
(Iii) responding to a unique signal generated by selecting one or more unique input signals by selecting one object from an identified set of at least one object in the storage device associated with the selected input sequence, and writing the selected object to the display position of the text entry on the display as a textual interpretation of the selected input sequence, and
(Iv) responding to a single-valued signal generated by selecting one or more single-valued input signals by identifying an input sequence associated with the object from the display position of the text entry and setting the identified input sequence as the selected input sequence. 16. Система по п. 15, в которой однозначный сигнал, который вынуждает процессор идентифицировать вводимую последовательность, связанную с объектом из позиции отображения текстовой записи, и устанавливать идентифицированную вводимую последовательность в качестве выбранной вводимой последовательности, является сигналом, который удаляет символ, непосредственно следующий за объектом в позиции отображения текстовой записи. 16. The system of claim 15, wherein the unique signal that forces the processor to identify the input sequence associated with the object from the display position of the text entry and set the identified input sequence as the selected input sequence is a signal that deletes the character immediately following object in the display position of the text entry. 17. Система по п.15, в которой
(a) каждый из множества объектов в запоминающем устройстве связан с частотой использования,
(b) объект, связанный с каждой вводимой последовательностью, которая имеет наивысшую частоту использования, отображается в качестве первого идентифицированного объекта и является объектом по умолчанию для связанной вводимой последовательности,
(c) объект по умолчанию является идентифицированным для пользователя системы в качестве объекта с высокой степенью неоднозначности, если второй идентифицированный объект, который не является объектом по умолчанию и связанный с той же сформированной вводимой последовательностью, имеет частоту использования, которая превышает выбранный порог, в котором выбранный порог является функцией частоты использования объекта по умолчанию и средней частоты использования всех объектов в запоминающем устройстве.17. The system of clause 15, in which
(a) each of a plurality of objects in a storage device is associated with a frequency of use,
(b) the object associated with each input sequence that has the highest frequency of use is displayed as the first identified object and is the default object for the associated input sequence,
(c) the default object is identified to the user of the system as an object with a high degree of ambiguity if the second identified object, which is not the default object and associated with the same generated input sequence, has a frequency of use that exceeds the selected threshold at which the selected threshold is a function of the default frequency of use of the object and the average frequency of use of all objects in the storage device. 18. Система с устранением неоднозначности ввода неоднозначной последовательности, введенной пользователем, содержащая:
(а) устройство (54) ввода пользователя, имеющее
(I) множество средств ввода (56), причем каждое из множества средств ввода связано с множеством символов, входная последовательность формируется каждый раз, когда средство ввода выбирают посредством манипулирования устройством ввода пользователя, в котором сформированная вводимая последовательность соответствует последовательности выбора средств ввода, в котором сформированная вводимая последовательность имеет текстовую интерпретацию, которая является неоднозначной из-за множества символов, связанных с каждым средством ввода, и
(II) по меньшей мере, одно средство (60) однозначного ввода для формирования однозначного выходного сигнала, в котором вводимая последовательность прерывается, когда пользователь манипулирует устройством ввода пользователя для однозначного ввода,
(b) запоминающее устройство (104), содержащее множество объектов, причем каждый из множества объектов связан с вводимой последовательностью и частотой использования, в котором каждый из множества объектов, содержащихся в запоминающем устройстве, соответствует последовательности латинских символов, известных как Ромаджи (Romaji), в котором последовательность латинских символов соответствует фонетическому произнесению по буквам кана, и в котором фонетическое написание кана (kana) связано с одним или более японских слов,
(c) дисплей (53) для выдачи выходных данных системы пользователю, и
(d) процессор (100), подсоединенный к устройству ввода пользователя, запоминающему устройству и дисплею, причем указанный процессор содержит:
(I) идентифицирующий компонент для идентификации из множества объектов в запоминающем устройстве, по меньшей мере, одного объекта, связанного с каждой сформированной вводимой последовательностью, и имеющего наивысшую частоту использования, и идентифицирующий любые дополнительные объекты, связанные с каждой сформированной вводимой последовательностью,
(II) выходной компонент для отображения на дисплее, по меньшей мере, одного идентифицированного объекта, связанного с каждой сформированной вводимой последовательностью в качестве текстовой интерпретации сформированной вводимой последовательности, и отображения любых дополнительных идентифицированных объектов, связанных с каждой вводимой последовательностью в качестве дополнительных текстовых интерпретаций сформированной вводимой последовательности в порядке уменьшения частоты использования, и
(III) компонент выбора для выбора идентифицированного объекта с наивысшей частотой использования для записи в позицию отображения текстовой записи после обнаружения манипуляции устройством ввода пользователя для однозначного ввода, и выбора идентифицированного объекта, имеющего более низкую частоту использования, для записи в позицию отображения текстовой записи после обнаружения манипуляции устройства ввода пользователя для однозначного ввода множество раз, причем каждая манипуляция устройством ввода пользователя для однозначного ввода выбирает объект, имеющий следующую более низкую частоту использования из идентифицированных объектов.18. A system for disambiguating the input of an ambiguous sequence entered by a user, comprising:
(a) a user input device (54) having
(I) a plurality of input means (56), wherein each of the many input means is associated with a plurality of characters, an input sequence is formed each time the input means is selected by manipulating a user input device in which the generated input sequence corresponds to an input means selection sequence in which the generated input sequence has a textual interpretation that is ambiguous due to the many characters associated with each input means, and
(II) at least one unique input means (60) for generating an unambiguous output signal in which the input sequence is interrupted when the user manipulates the user input device for unambiguous input,
(b) a storage device (104) comprising a plurality of objects, each of the plurality of objects being associated with an input sequence and frequency of use, in which each of the plurality of objects contained in the storage device corresponds to a sequence of Latin characters known as Romaji, in which the sequence of Latin characters corresponds to the phonetic spelling of the kana, and in which the phonetic spelling of the kana (kana) is associated with one or more Japanese words,
(c) a display (53) for outputting system output to a user, and
(d) a processor (100) connected to a user input device, a storage device and a display, said processor including:
(I) an identifying component for identifying from a plurality of objects in a storage device at least one object associated with each generated input sequence and having the highest frequency of use, and identifying any additional objects associated with each generated input sequence,
(II) an output component for displaying at least one identified object associated with each generated input sequence as a textual interpretation of the generated input sequence, and displaying any additional identified objects associated with each input sequence as additional textual interpretations of the generated the input sequence in decreasing frequency of use, and
(III) a selection component for selecting an identified object with the highest frequency of use for recording at a text entry display position after detecting manipulation of a user input device for unambiguous input, and selecting an identified object having a lower frequency of use for recording at a text entry display position after detection manipulation of the user input device for unambiguous input many times, and each manipulation of the user input device for unambiguous about input selects an object having the next lower frequency of use of the identified objects. 19. Система по п.18, в которой частота использования, связанная с каждым объектом, содержащемся в запоминающем устройстве, равна сумме частот использования японских слов, связанных с объектом. 19. The system of claim 18, wherein the frequency of use associated with each object contained in the storage device is the sum of the frequency of use of Japanese words associated with the object. 20. Система по п.19, в которой после каждой сформированной вводимой последовательности отображается фонетическое произношение кана, которое соответствует объекту в запоминающем устройстве, связанному с вводимой последовательностью и имеющему наивысшую частоту использования. 20. The system according to claim 19, in which after each generated input sequence displays the phonetic pronunciation of the kan, which corresponds to the object in the storage device associated with the input sequence and having the highest frequency of use. 21. Система по п.19, в которой после каждой сформированной вводимой последовательности фонетическое произношение кана, которое соответствует объекту в запоминающем устройстве, связанному с вводимой последовательностью и имеющему наивысшую частоту использования, отображается в порядке уменьшения частоты использования. 21. The system according to claim 19, in which after each generated input sequence, the phonetic pronunciation of the kan, which corresponds to an object in the storage device associated with the input sequence and having the highest frequency of use, is displayed in order of decreasing frequency of use. 22. Система по п.19, в которой процессор автоматически выбирает объект, имеющий наивысшую частоту использования в качестве фонетического произношения кана, связанного со сформированной вводимой последовательностью, после обнаружения манипуляции устройством ввода пользователя для однозначного ввода, вынуждающей дисплей отображать одну или более текстовых интерпретаций, связанных с выбранным объектом, причем указанная одна или более текстовых интерпретаций являются одной или более интерпретаций латинских символов, хирагана, катакана, канджи или канджи плюс фуригана (hiragana, katakana, kanji or kanju plus furigana), причем одна или более указанных текстовых интерпретаций связаны с одним или более из множества средств ввода, когда выбор соответствующего средства ввода выбирает связанные текстовые интерпретации для выдачи в качестве текстовых интерпретаций сформированной вводимой последовательности. 22. The system according to claim 19, in which the processor automatically selects the object with the highest frequency of use as a phonetic pronunciation of the channel associated with the generated input sequence, after detecting manipulation of the user input device for unique input, forcing the display to display one or more textual interpretations, associated with the selected object, and the specified one or more textual interpretations are one or more interpretations of Latin characters, hiragana, katakana, anji or kanji plus furigana (hiragana, katakana, kanji or kanju plus furigana), wherein one or more of these textual interpretations are associated with one or more of a variety of input means, when the choice of the appropriate input means selects the associated textual interpretations to be output as textual interpretations of the generated the input sequence. 23. Система по п.22, в которой пользователь может выбирать объект, имеющий более низкую частоту использования в качестве фонетического произношения кана сформированной вводимой последовательности посредством манипуляции устройством ввода пользователя для однозначного ввода множество раз, причем каждая манипуляция устройством ввода пользователя для однозначного ввода выбирает объект, имеющий следующую более низкую частоту использования, и вынуждает дисплей отображать указанную текстовую последовательность, связанную с каждым выбранным объектом. 23. The system of claim 22, wherein the user can select an object having a lower frequency of using the generated input sequence as a phonetic pronunciation by manipulating the user input device for unambiguous input multiple times, and each manipulation of the user input device for unambiguous input selects the object having the next lower frequency of use, and causes the display to display the specified text sequence associated with each selected object. 24. Система по п.20, в которой пользователь может выбирать объект, имеющий более низкую частоту использования в качестве фонетического произношения кана сформированной вводимой последовательности посредством манипуляции устройством ввода пользователя для однозначного ввода множество раз, причем каждая манипуляция устройством ввода пользователя для однозначного ввода выбирает объект, имеющий следующую более низкую частоту использования, и вынуждает дисплей отображать указанное выбранное фонетическое произношение кана в качестве фонетического произношения кана, связанного со сформированной вводимой последовательностью. 24. The system according to claim 20, in which the user can select an object having a lower frequency of using the generated input sequence as a phonetic pronunciation of the channel by manipulating the user input device for unambiguous input many times, and each manipulation of the user input device for unambiguous input selects the object having the next lower frequency of use, and causes the display to display the specified selected phonetic pronunciation of the kan as a background the pronunciation of the canal associated with the generated input sequence. 25. Система по п.20, в которой процессор после обнаружения манипуляции устройством ввода пользователя для второго однозначного ввода выбирает текстовую интерпретацию, связанную с выбранным объектом фонетического произношения кана, и имеющую наивысшую частоту использования в качестве текстовой интерпретации объекта с выбранным фонетическим произношением кана, вынуждая дисплей отображать указанную текстовую интерпретацию, причем указанная текстовая интерпретация содержит один или более латинских символов, хирагана, катакана, канджи или канджи плюс фуригана. 25. The system according to claim 20, in which the processor, after detecting manipulation of the user input device for the second unambiguous input, selects a text interpretation associated with the selected object of phonetic pronunciation of the can and having the highest frequency of use as a text interpretation of the object with the selected phonetic pronunciation of the can, the display to display the specified textual interpretation, and the specified textual interpretation contains one or more Latin characters, hiragana, katakana, kanji and and kanji plus furigana. 26. Система по п.25, в которой пользователь может выбирать объект, имеющий более низкую частоту использования, в качестве текстовой интерпретации объекта выбранного фонетического произношения кана посредством манипуляции устройством ввода пользователя для однозначного ввода множество раз, причем каждая манипуляция устройством ввода пользователя для второго однозначного ввода выбирает текстовую интерпретацию, имеющую следующую более низкую частоту использования, и вынуждает дисплей отображать указанную выбранную текстовую интерпретацию в качестве текстовой интерпретации объекта выбранного фонетического произношения кана. 26. The system of claim 25, wherein the user can select an object having a lower frequency of use as a textual interpretation of the object of the selected phonetic pronunciation of the cana by manipulating the user input device for unambiguous input multiple times, each manipulation of the user input device for the second unambiguous input selects a text interpretation having the next lower frequency of use, and forces the display to display the specified selected text interpretation as a textual interpretation of the object of the selected phonetic pronunciation of the cana. 27. Система по п.23, в которой указанные текстовые интерпретации отображают в порядке уменьшения частоты использования. 27. The system of claim 23, wherein said textual interpretations are displayed in decreasing order of frequency of use. 28. Система по п. 27, в которой существует больше указанных текстовых интерпретаций, чем указанного связанного множества средств ввода, причем указанные дополнительные текстовые интерпретации отображают после обнаружения манипуляций устройством ввода пользователя для заданных введенных данных. 28. The system of claim 27, wherein there are more of said textual interpretations than said associated plurality of input means, said additional textual interpretations being displayed after detecting manipulations by a user input device for given input data. 29. Система по п.27, в которой существует меньше указанных текстовых интерпретаций, чем указанное связанное множество средств ввода, причем дополнительные текстовые интерпретации отображают связанными с другими менее часто используемыми фонетическими произношениями кана сформированной вводимой последовательности. 29. The system of claim 27, wherein there are fewer said textual interpretations than said associated plurality of input means, wherein additional textual interpretations are displayed in conjunction with other less frequently used phonetic pronunciations of the kan of the generated input sequence. 30. Система по пп.1 или 15, в которой запоминающее устройство включает в себя объекты, которые являются связанными с входными последовательностями, которые короче, чем ряд символов в текстовой интерпретации, связанной с объектом. 30. The system of claims 1 or 15, wherein the storage device includes objects that are associated with input sequences that are shorter than a series of characters in a textual interpretation associated with the object. 31. Система по пп.1 или 15, в которой устройством ввода пользователя является средство (600) дистанционного управления телевизором с уменьшенной клавиатурой (606). 31. The system according to claims 1 or 15, in which the user input device is a means (600) for remote control of a television with a reduced keyboard (606). 32. Система по пп.1 или 15, в которой устройством ввода пользователя является система ввода взглядом, которая определяет, какое из множества средств ввода выбирают посредством позиционирования и/или ориентации одного или обоих глаз пользователя. 32. The system of claims 1 or 15, wherein the user input device is a gaze input system that determines which of the plurality of input means is selected by positioning and / or orientation of one or both eyes of the user. 33. Система по пп. 1 или 15, в которой устройством ввода пользователя являются наручные часы с уменьшенной клавиатурой (610). 33. The system of claims. 1 or 15, wherein the user input device is a wristwatch with a reduced keyboard (610). 34. Система по пп. 1 или 15, в которой устройством ввода пользователя является клавиатура, состоящая из механических клавиш (801, 56), которые могут быть активизированы множеством различных способов, где каждая различимая активизация соответствует различным средствам ввода. 34. The system of claims. 1 or 15, wherein the user input device is a keyboard consisting of mechanical keys (801, 56) that can be activated in a variety of different ways, where each distinguishable activation corresponds to different input means. 35. Система по пп.1 или 15, в которой устройство ввода пользователя реализовано в виде шаблона простого сеточного контура на сенсорном экране, причем контур указывает области экрана, соответствующие различным средствам ввода, и в которой контур появляется наложенным на экран. 35. The system according to claims 1 or 15, in which the user input device is implemented as a simple grid contour template on the touch screen, the contour indicating areas of the screen corresponding to various input means, and in which the contour appears superimposed on the screen. 36. Система по пп.1 или 15, в которой устройство ввода пользователя реализовано в виде сенсорного экрана, на котором пользователь выполняет множество простых жестов касания, при котором с сенсорным экраном контактируют в точке контакта с перемещением различными способами, в котором каждый различный жест соответствует вводу. 36. The system according to claims 1 or 15, in which the user input device is implemented in the form of a touch screen, on which the user performs many simple touch gestures, in which the touch screen is contacted at the point of contact with movement in various ways, in which each different gesture corresponds to in water. 37. Система по пп.1 или 15, в которой объекты в запоминающем устройстве, которые включают в себя один или более символов со специальными диакритическими знаками, связаны с вводимыми последовательностями, состоящими из входных сигналов, связанных с соответствующими символами без диакритических знаков. 37. The system according to claims 1 or 15, in which objects in the storage device, which include one or more characters with special diacritics, are associated with input sequences consisting of input signals associated with the corresponding characters without diacritics.
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