64 results about "Kana" patented technology

Calculates a word n-gram probability with high accuracy in a situation where a first corpus), which is a relatively small corpus containing manually segmented word information, and a second corpus, which is a relatively large corpus, are given as a training corpus that is storage containing vast quantities of sample sentences. Vocabulary including contextual information is expanded from words occurring in first corpus of relatively small size to words occurring in second corpus of relatively large size by using a word n-gram probability estimated from an unknown word model and the raw corpus. The first corpus (word-segmented) is used for calculating n-grams and the probability that the word boundary between two adjacent characters will be the boundary of two words (segmentation probability). The second corpus (word-unsegmented), in which probabilistic word boundaries are assigned based on information in the first corpus (word-segmented), is used for calculating a word n-grams.

The present invention provides effective information search means, and / or effective acquired information submission means, without overtly expressing an intent (e.g., through the depression of a search button) to acquire information. In an example embodiment, the kana-kanji conversion routine is activated, and a character string is input using voice, a keyboard or a graphic entry process. Then, a conversion key is depressed to convert the input character string into kanji. Upon the depression of the conversion key, the homonym candidate selection routine is initiated, and the conversion candidate is presented. In response to the depression of the conversion key, or the change of the conversion candidate in the homonym candidate selection routine, the information access routine is activated. Then, the information access procedure is performed, and the search results are acquired. Thereafter, the search results are presented.

A plural number of letters or characters, inferred from the results of letter / character recognition of an image photographed by a CCD camera ( 20 ), a plural number of kana readings inferred from the letters or characters and the way of pronunciation corresponding to the kana readings are generated in an pronunciation information generating unit ( 150 ) and the plural readings obtained are matched to the pronunciation from the user acquired by a microphone ( 23 ) to specify one kana reading and the way of pronunciation (reading) from among the plural generated candidates.

Method for creating a language model capable of preventing deterioration of quality caused by the conventional back-off to unigram. Parts-of-speech with the same display and reading are obtained from a storage device (206). A cluster (204) is created by combining the obtained parts-of-speech. The created cluster (204) is stored in the storage device (206). In addition, when an instruction (214) for dividing the cluster is inputted, the cluster stored in the storage device (206) is divided (210) in accordance with to the inputted instruction (212). Two of the clusters stored in the storage device are combined (218), and a probability of occurrence of the combined clusters in the text corpus is calculated (222). The combined cluster is associated with the bigram indicating the calculated probability and stored into the storage device.

Upon receiving, for example, document data including a character string from outside, a character recognition device detects a line from a line-touching character-string image in which at least one character (such as number, alphabet letter, kana character, and Chinese character) touches (or overlaps) a line in the document data, tentatively removes the line, and estimates a character region. The character recognition device extracts a line-touching character image from the line-touching character-string image (original image) based on the estimated character region. The character recognition device creates a line-added reference character image by adding a quasi-line to a reference character image stored in advance.

The invention discloses a fluorescence immunochromatographic assay detection test paper for kanamycin residues and a preparation method of the fluorescence immunochromatographic assay detection test paper. The fluorescence immunochromatographic assay detection test paper comprises a sample cushion, an antibody binding cushion, an NC cellulose membrane and a bibulous paper, wherein the sample cushion, the antibody binding cushion, the NC cellulose membrane and the bibulous paper are sequentially and mutually overlapped through a bottom plate with adhesives from bottom to top; a coating detection line, namely a T line and a quality control line, namely a C line are sequentially arranged at one end close to the antibody fixation cushion, of the NC cellulose membrane; the antibody fixation cushion is used for bearing conjugates of fluorescence labeling antibodies; the T line which is sprayed and drawn by a coupling coating antigen Kana-BSA and a C line which is sprayed and drawn by a goat anti-rat secondary antibody IgG are separately arranged on the NC cellulose membrane from top to bottom; a fluorescence labelling probe is made from rare earth fluorescence silicon dioxide nanometer particles, and the fluorescence labeling probe is bound to the antibodies by using aldehyde group glucan as a cross-linking reagent; the preparation conditions of the fluorescence immunochromatographic assay test paper strip are inspected by a gel imaging system and a fluorescence chart reader; and the fluorescence intensity of the T line is detected by the fluorescence chart reader, and the quantitative detection is completed through a standard curve of the kanamycin antigen concentration.

Provided is an input method and an application thereof. The input method is characterized in that one hundred characters with high using frequency are put on the screen of a compact version by one button when Chinese characters are inputted; other characters by utilizing a radical inputting method are put on the screen by two buttons; complete pinyin comes out by one button when a pinyin input method is utilized; enhanced version Chinese characters are put on the screen by one button; a kana or a Roman capital is inputted for a Japanese word; syllables are put on the screen one time as for Korean; so do English, French, Russian and German; one word is inputted by programming language; a native language develop application program is directly utilized by a native language programmer; a mass storage is adopted on a mobile computer so that large application programs can be installed and peripheral interfaces are provided; input-output equipment can be conveniently connected; a paperless teaching examination system helps to make textbooks and homework paper to be paperless; a numerical control system utilizes native language to program of an operator; a processing coordinate system is arranged on a hand wheel; operation is standardized and automated by a robot system; electronic equipment is adopted for a testing system instead of people so that accurate data can be obtained; a professional theory can be given into full play to the great extent; and misjudgement and misdiagnosis due to lack of experience are reduced.

An apparatus and a method for information processing that enable effective content management and retrieval are provided. Content attribute information is obtained via a recording medium such as a CD or the like, a network, or as user input data, an artist name is extracted from the obtained content attribute information, initial letter information is determined on a basis of the artist name, and the initial letter information is stored and registered as content management information in a data storage unit. Also, editing of the registered information is made possible. This constitution enables a data search process using the initial letter information as a search key and a sort process. Further, the artist name is automatically determined and registered regardless of a kind of the artist name such as the alphabet, kana, or katakana. Therefore a process is made possible which generates and registers the management data efficiently and quickly and hence reduces a burden on the user.

During the taking-out or storing of thin sheet-like articles, the deviation of a thin sheet-like article from its proper position is detected and the correcting operation therefor is efficiently performed. A detection means (18) is installed on a support arm (14). The detection means (18) is ko-shaped (ko represents a Japanese kana character pronounced as / ko / ), with its open end being on the end effecter (11) side, the detection means being constructed to have a substantial depth to allow the thin sheet-like article (2) to pass without interference.

A method fro inputting Japanese intelligently by mobile phone includes utilizing vowel and consonant of Japanese as base to input kana; using 2,4,8,3 and 6 key as five vowels to input katakana and forming 5,7,8,6,4,6,9,7,9,4,9,3,2 and 7 key of consonants by combining consonant key with vowel key in order to input hiragana; continuously pressing down key corresponding to kana for inputting Japanese complete word.

To obtain a kana-kanji conversion candidate the same as with a PC without necessity of unifying a Japanese conversion program and a use environment, even with an information processor different from a computer (shown as the PC) used by a user at ordinary times. The PC is equipped with a kana-kanji conversion unit which receives a character string through a network from the information processor (shown as a copying machine) and returns a conversion candidate. The copying machine is equipped with a UI unit for handling character input from the user and display to the user; a kana-kanji conversion unit which receives a character string input hereat and returns a conversion candidate; a conversion control unit which controls exchange among the UI unit, the kana-kanji conversion unit, and the kana-kanji conversion unit; and a PC identification unit which identifies the PC3 corresponding to a user using the copying machine. The conversion control unit sends a character string input through the UI unit to the kana-kanji conversion unit (and the kana-kanji conversion unit) in the identified PC3 to convert it therewith, and sends the result (conversion candidate) to the UI unit to display it.

To solve the following problem; either of a search process for a match at the beginning of a word and a kana-kanji conversion process has merits and demerits, and is not sufficiently used in a language input system capable of using both the search process for a match at the beginning of the word and the kana-kanji conversion process. At least one of search candidates for a match at the beginning of the word and at least one of kana-kanji conversion candidates (continued clause conversion candidates and all candidates) to an inputted character string are displayed in a display area of a display screen as 'the first candidate group' at a display ratio in much consideration of the search candidate for a match at the beginning of the word, and 'the next candidate group' consisting of candidates impossible to display in the display area as 'the first candidate group' is displayed by changing a display ratio between the search candidate for a match at the beginning of the word and the kana-kanji conversion candidate from 'the first candidate group' to reduce a display ratio of the search candidate for a match at the beginning of the word and to increase a display ratio of all the candidates.

The invention discloses an input control method based on a mobile terminal. The method comprises the following steps: providing an input interface which comprises a plurality of keys; obtaining click operations input in the input interface by a user through fingers, and obtaining a contact part between each finger and the input interface; providing input results corresponding to the keys of the click operation according to the keys and the contact parts corresponding to the click operations, wherein the types of the input results are related with the contact parts. According to the method, different input results, such as kana, letters or digital inputs in a Japanese input method, of the keys are distinguished by virtue of the contact parts of the fingers of the user, the switching operation for the different input results during user inputting is simplified, the user experience is improved, and the operation is convenient, flexible and easy. The invention further discloses an input control device based on the mobile terminal.

The present invention relates to a system for automatically labeling Japanese kana and its labeling method, comprising a comparison table storing Japanese Chinese characters and their corresponding kana, a word retrieval module for extracting Japanese Chinese characters in the current page, a conversion module, According to the comparison table, the Japanese Chinese character is converted into a corresponding pseudonym, and a display module displays the pseudonym at a position corresponding to the Chinese character, so that it can automatically mark Japanese characters with pseudonyms according to Japanese display habits.

The invention discloses a binary anti-collision method with a security mechanism in RFID, comprising: a new low-cost security authentication mechanism and a conventional RFID binary anti-collision method. The main contribution of the invention is that the conventional electronic tag binary anti-collision method is vulnerable to various attacks such as eavesdropping and tracking, and the invention enhances the security performance of RFID by introducing a new security authentication mechanism. From the perspective of application, the present invention combines physical methods and cryptographic mechanisms, and proposes a new way to solve the RFID privacy problem, which includes a Hash encryption module, a cycle counting address selection circuit, an anti-malicious test self-destruction module, and a terminal database. The present invention adopts Hash encryption technology and a plurality of pseudonym technologies comprehensively, can be applied in distributed RFID application system, and its main technical characteristic is: do not use Hash encryption module in label, but adopt Hash encryption module in RFID reader, like this More than 20,000 circuits can be saved in the label. In addition, the establishment of multiple pseudonyms can effectively prevent being tracked. The invention not only realizes the encryption function, but also can effectively reduce the cost of the electronic label, and is beneficial to the large-scale promotion of the RFID label in the market.