Ushur, Inc.

Other

Dialogic Corporation

Henry Thomas Peter

Simha Sadasiva

Dayanand Narasimha

Badri Nath

Yashu Seth

Vijayendra Mysore Shamanna

Romolo E Raffo

Shaik Kamran Moinuddin

Ravil Kashyap

Kaushal Kishore Hebbar

Amrit Seshadri Diggavi

Systems and methods are disclosed for automatically extracting relevant information from various source document that include tabular data. The tabular data in various forms can be received as mixed with other dissimilar data. Tabular data can appear in different orientations, document types, and can be fragmented horizontally or vertically. The proposed technique automatically detects table header data in certain regions of the received source document and associates values to the extracted headers. The proposed system is capable of combining different snippets of smaller tables into a single cohesive and monolithic table with headers designated by a set of keywords and all the values in the various columns (and/or rows) included under or along proper headers.

Automatically extracting tabular data included within a source document

The present disclosure relates to systems and methods to extract customized keywords and their corresponding values occurring in a given natural language text. The desired keyword or keywords may occur in different forms, synonyms, abbreviations, and spellings. The disclosed automatic extraction method captures the meaning and context of the desired keywords by transforming the extraction problem into a question answering problem together with capturing the context to narrow down the answer to a unique value for a given keyword. A trained model on an existing corpus of text is used to get a value as an answer to the question phrased using the keyword. When the answer is ambiguous, a context model that uses conditional random field (CRF) is used to provide a most likely value.

System and method to extract customized information in natural language text

Systems and methods are disclosed for automatically extracting keys and corresponding values in any type of source document. Extracting desired words from the tokens in any type of document is based on a uniform approach to represent the source document. This uniform representation encodes features of the desired tokens along with the neighborhood information so that values associated with a given key can be extracted. The disclosed technique learns the representation of tokens independent of source document type and the learned representation is then used to determine relationships between multiple tokens. The neighborhood information and position information are used to determine various relationships between keys and values.

Automatically extracting key-value data included in heterogeneous document types using graph representation learning

The present disclosure relates to a system and method to extract information from unstructured image documents. The extraction technique is content-driven and not dependent on the layout of a particular image document type. The disclosed method breaks down an image document into smaller images using the text cluster detection algorithm. The smaller images are converted into text samples using optical character recognition (OCR). Each of the text samples is fed to a trained machine learning model. The model classifies each text sample into one of a plurality of pre-determined field types. The desired value extraction problem may be converted into a question-answering problem using a pre-trained model. A fixed question is formed on the basis of the classified field type. The output of the question-answering model may be passed through a rule-based post-processing step to obtain the final answer.

System and method to extract information from unstructured image documents

A User Engagement System (UES) has mechanism to allow a provider of a product or service to sign up with basic identity information along with any service description resulting in an instant URL as a means for outside parties to contact this provider and engage in multi-modal interactions involving voice, video, chat and media sharing. A single user or a group of users can sign up with this system and provide optionally some contact information such as phone numbers. An URL is instantly generated that can be advertised as hyperlinks to the outside environment such as on a website, email or any other means. This URL can be advertised by the system in various online marketplaces or social networks of the provider as well as on the web to be identified by search engines.

Instant generation and usage of HTTP URL based unique identity for engaging in multi-modal real-time interactions in online marketplaces, social networks and other relevant places

A micro-engagement platform system and method for creating and launching micro-engagements is disclosed. The platform enables creation of a set of one or more micro-engagements, which are short snippets of information exchanged as part of an overall goal of customer engagement; couples micro-engagements to intended customers on their mobile device via messaging; collects responses that a customer sends immediately or at a later point in time; initiates the next micro-engagement in the sequence after getting a response from the customer to the previous micro-engagement as part of the overall goal. The platform chooses from one of a plurality of modes of delivery for that snippet of information; modes can be SMS, mobile browser or ore or more mobile apps.

System and methods for a micro-engagement platform

A system has mechanism to allow a provider of a product or service to sign up with basic identity information along with any service description resulting in an instant URL as a means for outside parties to contact this provider and engage in multi-modal interactions involving voice, video, chat and media sharing. A single user or a group of users can sign up with this system and provide optionally some contact information such as phone numbers. An URL is instantly generated that can be advertised as hyperlinks to the outside environment such as on a website, email or any other means. This URL can be advertised by the proposed system in various online marketplaces or social networks of the provider as well as on the web to be identified by search engines.

A system with mechanisms that allow for creating, storing and resuming a session without being bound by time. In a system that allows for communication between parties when one of the parties has an account with the system whereas one or more others who are trying to reach this party do not, creating a session and allowing for the same users to come back to resume the session is enabled. Resuming the session by any of the associated parties to the session is supported, this session can be operated through various applications such as voice, video and chat, and be accessed in various networks such as the internet or the telephone network, as well as across devices such as web browsers, smart device apps, and mobile phones with SMs capability. The system supports porting and reusability of the session across networks, applications and devices.

Perpetual communication session: portability/reusability across applications networks and devices

Systems and methods of implementing features in session border controllers at runtime after deployment. The systems can include a session border controller (SBC), and a user computer communicably coupled to the SBC by a network. The systems and methods can enable a user to introduce, via the user computer, actionable information (Al) into the SBC, which can store the Al in an Al registry. The SBC can expose or otherwise make available the Al stored in the Al registry to the user, allowing the user to generate and/or modify, using at least some of the Al, one or more policies and/or rules that can be implemented and/or executed by the SBC for introducing one or more features in the SBC. In this way, such features can be implemented in the SBC at runtime after deployment, without having to undergo a separate design and development cycle for the SBC.

Run-time actionable information exchange system in a secure environment

A System with mechanisms that allows for creating, storing and resuming a session without being bound by time is proposed here. In a system that allows for communication between parties when one side of the party has an account with the system whereas others who are trying to reach this party do not, creating a session and allowing for the same users to come back to resume the session is proposed. Resuming the Session by any of the associated users to the session is supported. This session can be operated through various applications such as voice, video and chat and be accessed in various networks such as the internet and telephone network as well as across devices such as web browser, smart device apps and mobile phones with SMS capability. The system proposed supports porting and reusability of the session across networks, applications and devices.

Perpetual communication session: portability/reusability across applications, networks and devices

Transparency control for session information for a communication network node can be set on a dynamic and/or static basis in relation to properties of a peer, an interface, a trust level, a session or a message. The transparency control can be based on message-related parameters, with the transparency of certain message parts being controlled on a static and/or dynamic basis in relation to transparency control settings. The transparency control can change upon the occurrence of a rerouting event that implicates recalculated transparency control settings. A message can be marked with transparency type settings that are evaluated to determine transparency control for the message. The transparency control can be based on transparency types of topology, dialog, identity, header, body, media, functional or accounting. The transparency control settings can be user selectable to permit transparency behavior tailored to the desires of an operator of the communication network node.

Session information transparency control

A cap for protecting from rot and other deterioration the lowermost portion of a wood construction member supported by an elevated base. The cap has four lateral faces and a top face with a rectangular aperture formed by four flexible web portions which press against the member. The dimensions of the lateral faces are selected so that the lateral face bottom edges have a desired above-ground clearance.

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Mountain House, CA, United States of America

Henry Thomas Peter