262 results about "Autocomplete" patented technology

A system for automatically completing fields in online forms, such as login forms and new user registration forms, which employs a Master Cookie File containing sets of records associated with the user, his or her accounts or web sites, and registered values associated with form tags (e.g. username, password, address, email, telephone, etc.). When the user encounters another form, the MCF is automatically searched for matching values and form tags, primarily from the same account or web site, or alternatively from other accounts or sites. A flowing pop-up menu is displayed nearby the form fields from which the user can select values to automatically complete the form. Automatic account information updating, value expiration management, mapping of favorite values, and sharing of values are optional, enhanced functions of the invention.

Techniques are disclosed for automatically generating and maintaining personal data, such as an address book, a financial portfolio, a discussion groups or blogs book, or other types of personal data stores, based on a person's structured search data and / or usage data (e.g., browsing) and / or other sources of personal data (e.g., emails the user receives). Related metadata can also be used in the generating and / or maintaining of the personal data. Dynamic personal data ranking and / or autocomplete functions are also provided, which can be used in conjunction with the automatic generation and maintenance of the user's personal data, to further ease the user's burden in managing and / or handling such data.

A system and method for automatically completing a formula of a spreadsheet application, calculator application, accounting application, business application or banking application. One aspect of the present invention is a computer-implemented method for automatically completing formulaic cell data. The computer-implemented method includes a step for substantiating an autocomplete process in response to a user input of formulaic cell data and aggregating autocomplete options based on the user input. Another aspect of the present invention includes displaying a dynamic list of autocomplete options when the user input is a trigger.

Techniques are disclosed for automatically generating and maintaining personal data, such as an address book, a financial portfolio, a discussion groups or blogs book, or other types of personal data stores, based on a person's structured search data and / or usage data (e.g., browsing) and / or other sources of personal data (e.g., emails the user receives). Related metadata can also be used in the generating and / or maintaining of the personal data. Dynamic personal data ranking and / or autocomplete functions are also provided, which can be used in conjunction with the automatic generation and maintenance of the user's personal data, to further ease the user's burden in managing and / or handling such data.

Techniques are disclosed for automatically generating and maintaining personal data, such as an address book, a financial portfolio, a discussion groups or blogs book, or other types of personal data stores, based on a person's structured search data and / or usage data (e.g., browsing) and / or other sources of personal data (e.g., emails the user receives). Related metadata can also be used in the generating and / or maintaining of the personal data. Dynamic personal data ranking and / or autocomplete functions are also provided, which can be used in conjunction with the automatic generation and maintenance of the user's personal data, to further ease the user's burden in managing and / or handling such data.

A system and method for automatically completing a formula of a spreadsheet application, calculator application, accounting application, business application or banking application. One aspect of the present invention is a computer-implemented method for automatically completing formulaic cell data. The computer-implemented method includes a step for substantiating an autocomplete process in response to a user input of formulaic cell data and aggregating autocomplete options based on the user input. Another aspect of the present invention includes displaying a dynamic list of autocomplete options when the user input is a trigger.

A method for completing an address, e.g., a mail address, an e-mail address, or a phone number. For that the method comprises the steps of detecting an incomplete user input of the address, deriving a completion offer to the incomplete user input in dependence on a derivable score, and offering the derived completion offer for completing the address. This allows to design more effective support systems, which help the user to find more quickly addresses that have not been entered in full. The derivable score approximates the probability of the address to be the one intended by a user. The derivable score can be influenced by several factors which can be given but as well as can be chosen or influenced by the user.

A system for automatically completing fields in online forms, such as login forms and new user registration forms, which employs a Master Cookie File containing sets of records associated with the user, his or her accounts or web sites, and registered values associated with form tags (e.g. username, password, address, email, telephone, etc.). When the user encounters another form, the MCF is automatically searched for matching values and form tags, primarily from the same account or web site, or alternatively from other accounts or sites. A flowing pop-up menu is displayed nearby the form fields from which the user can select values to automatically complete the form. Automatic account information updating, value expiration management, mapping of favorite values, and sharing of values are optional, enhanced functions of the invention.

An on-line electronic commerce transaction for facilitating purchase of digital products (softgoods) after enabling a user to preview the softgoods. Creators of the softgoods enter into an agreement with an e-commerce agency in which the agency agrees to handle sales of the softgoods and to return a portion of the revenue to the creators. Creators are provided with a softgood authoring tool that automates the softgood creation process. Before the softgoods are distributed, a unique identifier is included in the softgood by this authoring tool. To play a softgood, a prospective purchaser downloads or otherwise acquires a player program. The player program enables a prospective purchaser a limited preview of each softgood. If a user decides to purchase a softgood, the player program communicates with the e-commerce agency over the Internet to facilitate the purchase transaction. During this transaction, the prospective purchaser is prompted to enter a financial account number. The player program encrypts this account number and other data transmitted to the e-commerce server, unless the prospective purchaser's credit card information and other personal data are already stored in a database maintained by the e-commerce server. The validity of the credit transaction is confirmed with an appropriate approval agency, and if approved, a registration value is provided to the player program for use in registering the softgood on the user's computer. If the softgood has not been purchased and registered on the user's computer, it will not be played by the player program beyond the permitted preview.

A method to support efficient, interactive, and fuzzy search on text data includes an interactive, fuzzy search on structured data used in applications such as query relaxation, autocomplete, and spell checking, where inconsistencies and errors exist in user queries as well as data. It utilizes techniques to efficiently and interactively answer fuzzy queries on structured data to allow users to efficiently search for information interactively, and they can find records and documents even if these records and documents are slightly different from the user keywords.

The correct spelling of resolved email names is automatically stored in a custom dictionary. Thereafter, a spell checker will recognize the name during the spell checking process, because the name is stored in the custom dictionary and the name will not be incorrectly marked as a spelling error. When an email editor resolves an entered email name, the email editor checks an address book or email name cache to determine whether there is an email address and / or an email display name corresponding to the name. The display name will be used to replace the email name that the user entered into the TO field. Once an email name has been resolved and the display name is provided in the TO field, the email editor will make the name available for adding to a custom dictionary. Once the display name string has been added to the custom dictionary, the email editor and any other client of the custom dictionary (e.g., a word processor) will recognize the name as being properly spelled and the name will not be incorrectly identified as a misspelled word. Additionally, the display name string can be added to any other repository of text strings, such as an auto-completion database and a smart-tags database.

A new user-friendly game editor allows game players with little or no experience to create new games or game levels. Game element structures can be “drawn” using an “auto completion” feature that automatically functionally connects and / or arranges chosen game elements to provide a visually pleasing environment that is easily navigated by game characters. Such technology can allow an end user game player with little or no technical background to easily develop game levels that are fun to play and do not suffer from any significant defects or other problems that would decrease ease of navigation, functionality or amount of fun. The user may share the authored game with other users via a network so other users can retrieve the game and play it on their own game playing devices. Users can provide feedback concerning the fun and functionality of the game. Good feedback can entitle the game author to recognition including for example bonus points. Bonus points can be redeemed for items listed in an online catalog, which in turn can be used to author ever more interesting game play levels.

A system and method of providing an autocomplete recommended word, which classify a recommended word list according to indexes of various languages, store the recommended word list for each index, extract a corresponding autocomplete recommended word according to a user query and a setting mode which is received from a user's web browser, provide the user with the corresponding autocomplete recommended word, and thereby may propose a suitable recommended word according to the user query.

A communication system enters information into enabled fields of a hypertext based page when a hot-linked identifier is activated by a user. The preferred implementation fills in recipient information when a sender clicks on a hot-linked contact name. The click calls a JavaScript that searches for enabled fields and fills in recipient information from a contact database when it finds an enabled field. The recipient could be defined by an e-mail address, a user name, or other unique identifier, and the information being transmitted to the recipient can be e-mail messages, data files, another user's data, and other types of information that can be transmitted electronically. The preferred implementation resides on a Web server hosting a service to which users can subscribe, at which point the users acquire member status and member names. The members can create contact databases that the system presents in a contacts frame when the member views pages on which the contact information can be used. If the member goes to a page from which the member can send a message, transfer a file, etc., the member simply clicks on a contact listed in the contacts frame, calling the field filler function that looks for enabled fields and puts appropriate information in the enabled fields. For example, the field filler can place an e-mail address or member name in a recipient field.

Instant messaging, also known as chat, is integrated with electronic mail in a user interface that provides for automatic completion of recipient names or addresses, such as email addresses or chat addresses, as a user types characters of the name or address when addressing a message. The automatic completion feature displays a list of matches, which are names or addresses in, for example, the user's online contact list, that match the characters the user types. The matches list may contain names or addresses for multiple different communication methods. The user may then select one of the names or addresses to compose a message to be sent to the selected name or address. A user interface is then provided for composing a message to be sent to the selected name or address using the communication protocol associated with the selected name or address.

The invention provides an automatic analysis method and system of malicious codes based on an API (application program interface) HOOK. An API HOOK technology and a remote thread implantation technology are utilized to monitor samples; influences of the malicious codes on the whole system in an operation process are recorded, and a dynamic analysis report is automatically generated; influences of malicious code samples on a file, a network, and a registry and a key process are recorded, and when the operation of the samples ends, the system recovers the state before the samples are executed; the whole monitoring, recording and reduction process ends automatically without manual intervention; monitoring software can only run a sample each time, the monitoring software is used for monitoring the host process of the samples and process threads created by the host process of the samples, and when the monitoring software finishes the monitoring, the system recovers the state before the samples are operated; behaviors such as creation, deletion, modification and the like of the malicious code samples on the file are detected, operation behaviors of the malicious code samples on the network are detected, behaviors such as addition, deletion, modification and the like of the malicious code samples on the registry are detected, and operation behaviors of the malicious code samples on the create process are detected; and finally the dynamic monitoring report on the malicious code samples is submitted, and when the monitoring is finished, the monitoring software carries out inversion operation to restore the system to the state before the samples are operated according to the operations and influences of the samples on an operating system. The intelligent analysis technology of the malicious codes is suitable for analyzing a great deal of samples without the manual intervention, and is quicker in analysis speed and less in garbage in the analysis report.

Exemplary embodiments disclose a method and system for providing a context-sensitive user interface. The method and system include dynamically creating an ontology by storing data values entered by different users from the same or different computers into fields of at least one form, where the data values stored in the ontology includes both verified data that has been verified by at least one workflow, and unverified data that has not been verified by the at least one workflow; in response to a current user interacting with a current form, retrieving from the ontology the data values made by the different users and presenting the retrieved data values to the current user as autocomplete suggestions, where the autocomplete suggestions includes the verified data and the unverified data; dynamically adjusting the autocomplete suggestions for the current user of the current form as new data values of other users are received and stored in the ontology; and distinguishing the unverified data from the verified data using at least one of a visual representation and an audio representation of the quality of the autocomplete suggestions.

Techniques are disclosed for automatically generating and maintaining personal data, such as an address book, a financial portfolio, a discussion groups or blogs book, or other types of personal data stores, based on a person's structured search data and / or usage data (e.g., browsing) and / or other sources of personal data (e.g., emails the user receives). Related metadata can also be used in the generating and / or maintaining of the personal data. Dynamic personal data ranking and / or autocomplete functions are also provided, which can be used in conjunction with the automatic generation and maintenance of the user's personal data, to further ease the user's burden in managing and / or handling such data.

A search engine autocomplete user interface is disclosed, which provides auto-complete suggestions in both text and iconic form in order to save space and to provide a more intuitive layout. Autocomplete suggestions could be nested in a tree structure that could be navigated through using forward and back interfaces, and autocomplete suggestions could include both sub-searches within a specific domain or using other search engines, and could include functional cross tasks such as saving an event to a calendar.

An approach is provided for auto-completion functions. Textual input is received from a user via an application, a profile metadata is retrieved based on the textual input, a script is generated based on the profile metadata, and the script is transmitted to the application, wherein the script provides auto-completion of information corresponding to the textual input using the profile metadata.

An efficient system, and process, and user interface is provided for autocompletion of links within wiki page content. An indication is received that a user editing a wiki page desires to add a link to a resource. A user interface is provided to assist the user in autocompleting the insertion of the link into the wiki page. The user is provided with a list of both resource object types and options for each resource object type. The system is extensible in that new resource object types can be added to permit autocompletion of links to multiple resource types. A registration document is maintained by a wiki server that defines the resource object types that are available for autocompletion of links. The registration document contains contact information for providers that ultimately maintain the list of options for each of the resource object types.

A system for autocompleting a general recommended word and an advertising recommended word, the system including: a first database configured to maintain an autocomplete general recommend word; a second database configured to maintain an autocomplete advertising recommended word; an autocomplete indexer component configured to index the autocomplete general recommended word and the autocomplete advertising recommended word; an autocomplete index database configured to classify and store the indexed autocomplete general recommended word and the autocomplete advertising recommended word; a web server configured to 1) receive an input query, and 2) transmit the input query to a predetermined query autocompletion server, and 3) receive the autocomplete general recommended word and the autocomplete advertising recommended word, and 4) display the autocomplete general recommended word and the autocomplete advertising recommended word; and the query autocompletion server is provided.

An automated web based application for generating a plurality of insurance quotes for property insurance is disclosed. A data extraction program is used to extract text from an appraisal form in PDF format. This data is used to automatically complete and submit quote request applications to a number of different insurance providers, thus generating a variety of insurance quotes. The application creates a summary of the various insurance quotes, allowing a broker or insurance seeker to quickly and efficiently select a quote. Once a quote is selected, the system automatically creates a binding document using personal information that is either manually input or extracted from a standard loan form, and sends the document to the insurance provider.

A system offers potential completions for fragments of text. The system may obtain a text fragment and identify documents that include the text fragment. The system may locate sentences within the documents that include at least a portion of the text fragment, identify sentence endings associated with the located sentences, and present the sentence endings as potential completions for the text fragment.

A method and system for generating annotations in a code editor of a development environment is provided. A user enters code into a code editor of a development environment and the code accesses a data source. The execution of the code accesses the data and presents output to the user in the code editor in real time. Another aspect is the triggering of an autocompletion event, which causes the code to be compiled and executed, wherein the executing of the code accesses the data and presents selectable options for autocompletion and enabling user selection of available options.

The invention relates to an application construction method and system, computer equipment and a storage medium. The method includes the steps of receiving a construction request of an application sent by a terminal, wherein the construction request carries basic information corresponding to the application, and the basic information comprises configuration parameters; according to the basic information, calling code files corresponding to the application; obtaining configuration files corresponding to the code files and utilizing the configuration parameters to substitute the configuration files; utilizing the code files corresponding to the application and the substituted configuration files for compiling to obtain an installation file corresponding to the application. By adopting the method, construction of the application can be automatically completed without manual operations of developers.

In one embodiment, the invention is a computing system including a World Wide Web application. The application includes a pick field to receive a partial value. The application automatically transmits the partial value to a server. The server is coupled to a database. The server searches the database to find a complete value corresponding to the partial value. The complete value is transmitted to the application. The complete value replaces the partial value in the pick field.