Abstract: Exemplary embodiments of the present disclosure are directed towards a system and method for identifying call status in real-time, the system comprising a classifier module configured to analyze recorded audio files based on the pre-defined labelled set using signal processing audio classification and machine learning techniques on a first communication device, a second communication device, and a machine learning device. The classifier module splits the recorded audio files into chunks on the first communication device, the second communication device, and machine learning device in real-time. The classifier module extracts the audio features from audio files. The classifier module creates linear support vector classification model and trains linear support vector classification model using audio files.

Abstract: An automated form filler and script executor is integrated with a web browser engine, which is communicatively coupled to a web crawler, thereby enabling the crawler to identify dynamic web content based on submission of forms completed by the form filler. The crawler is capable of identifying web pages containing forms that require submission, and JavaScript code that requires execution, respectively, for requesting dynamic web content from a server. The form filler systematically completes the form based on various combinations of search parameter values provided by the web page for requesting dynamic content. Duplicate forms are detected, so that the crawler does not unnecessarily re-process forms that are similar to forms that have already been processed. The crawler may also determine which JavaScript links in a page are relevant for execution, so as to avoid unnecessary execution of irrelevant JavaScript links.

Abstract: Embodiments of methods, apparatuses, devices and systems associated with generating a textual explanation of a route including POI information are disclosed.

Abstract: An automated form filler and script executor is integrated with a web browser engine, which is communicatively coupled to a web crawler, thereby enabling the crawler to identify dynamic web content based on submission of forms completed by the form filler. The crawler is capable of identifying web pages containing forms that require submission, and JavaScript code that requires execution, respectively, for requesting dynamic web content from a server. The form filler systematically completes the form based on various combinations of search parameter values provided by the web page for requesting dynamic content. Duplicate forms are detected, so that the crawler does not unnecessarily re-process forms that are similar to forms that have already been processed. The crawler may also determine which JavaScript links in a page are relevant for execution, so as to avoid unnecessary execution of irrelevant JavaScript links.

Abstract: An automated form filler and script executor is integrated with a web browser engine, which is communicatively coupled to a web crawler, thereby enabling the crawler to identify dynamic web content based on submission of forms completed by the form filler. The crawler is capable of identifying web pages containing forms that require submission, and JavaScript code that requires execution, respectively, for requesting dynamic web content from a server. The crawler passes a representation of such web pages to the browser engine. The form filler systematically completes the form based on various combinations of search parameter values provided by the web page for requesting dynamic content. Request messages are constructed by the browser engine and passed to the crawler for submission to the server. The dynamic content, received by the crawler from the server in response to the request, can be indexed according to conventional search engine indexing techniques.

Abstract: Automatically determining values for fields in an electronic document. In one embodiment, an intelligent form filler automatically fills in at least some of the fields based on as set of rules associated with a domain. A particular set of domain rules may have class definitions that define how to classify a field for that domain and group definitions that define how to group fields. The domain rules also describe how values can be determined for the fields, based on the classifications, groupings, and other factors. In one embodiment, the intelligent form filler submits more than one form such that different combinations of values are submitted. The values that were used to fill in the form(s) may be provided to an extraction tool, which use the values to facilitate extraction of information from a document returned in response to submitting the form.

Abstract: According to the approach described herein, Web page-specific cookie data is used when Web pages are requested from a Web server. When a Web page is requested and received (the parent Web page), Web page-specific cookie data is generated and stored in association with the parent Web page. The Web page-specific cookie data reflects the values, at the time the parent Web page was received, of the cookie data for the Internet domain associated with the parent Web page. When a request is later made for another Web page that the parent Web page refers to, i.e., a child Web page, the Web page-specific cookie data for the parent Web page is retrieved and included with the request for the child Web page, instead of the current cookie data for the Internet domain associated with the parent Web page from a common cookie jar.