Altoros PDF Mining

Altoros PDF Mining

Manual gathering, processing, and analysis of unstructured data is extremely effort and time consuming. For industries such as insurance or finance, this is a big issue. Altoros’s PDF mining ML/DL RPA solution automates discovery and derivation of insightful information from PDF documents using techniques like PDF parsing and NLP. The Solution is capable of detecting structural elements (e.g., page headers, headings, footnotes, footers, page numbers, etc.), extracting text from complex layout, detecting tables/Table of Contents (ToC), graphs and establishing links between content and a corresponding ToC item. It is capable of extracting keywords, as well as categorizing, summarizing, and comparing texts. It can also establish relations between distinct entities (e.g., matching a person with his/her contact information, places withlocations, numbers with quantities, etc.) and perform topic modeling

*Please note that member solutions are often customizable to meet the needs of individual enterprise end users.

CONTACT COMPANY

SOLUTION FEATURES

  • Solution is capable of detecting structural elements, extracting text, detecting tables/Table of Contents (ToC), graphs and establishing links between ToC item and content
    Solution is capable of extracting keywords, as well as categorizing, summarizing, and comparing texts. It can also establish relations between distinct entities and perform topic modeling.

CATEGORIES

FranceGermanyMexicoOther - Europe and AfricaOther - North and South AmericaUnited KingdomUnited StatesIntel® Core™ Processor FamilyIntel® Xeon ScalableCSP - Google CloudKerasTensorFlowCross-IndustryEnergy and UtilitiesFinance and InsuranceRetailModels can be trained - requires labeled dataLinux Compute Library for Deep Neural Networks (clDNN)Intel® Distribution for PythonIntel® Math Kernel Library (Intel® MKL)Intel® Math Kernel Library for Deep Neural Networks (Intel MKL-DNN)Intel® Distribution of OpenVINO™ toolkitMobileNetSSDContent generationRobotic Process AutomationDeep LearningMachine Learning