Build with DeepNotes
DeepNotes is a Platform as a Service (PaaS) for curating knowledge from multiple data sources to help businesses make optimal and accountable assessments and decisions. It comprises of a comprehensive technical stack of NLP, ML, graph database, cloud computing technologies as well as a set of pre-trained models.
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We are proud of our strong R&D background and the technologies we built!
Scanning contents from multiple data sources at scale
Discovering information from rich contents
Text cognition
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Classifying documents and extracting named entities from texts
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Matching semantically smilar texts and similar cases across documents
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Finding factoid answers from piles of documents
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Summarising texts
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Leveraging BERT language model and its variants through HuggingFace libraries
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Supporting zero-shot training NLP
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Leveraging rule-based NLP framework
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and much more ... ...
Form cognition
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Discovering content object by its textual meaning and geometric layout in page
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Integrating with OCR to transform image to text
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Applying NLP to extract and index form objects
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Detecting forms and tables
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Reacting and marking form content objects
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Validating fields in forms
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and much more ... ...
Image cognition
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Matching images and de-duplicating images in image collections
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Detecting and marking image differences
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Assessing image qualities
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Leveraging large pre-trained image models
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Classifying images with support of training custom classifier
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Detecting objects in images with support of training customer image detector
Transforming information to knowledge
Encoding rich contextual data in linked information
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Encoding rich contextual data in graph nodes
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Using word embeddings and sentence embeddings to represent meanings of a text chunk
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Enriching knowledge graphs with related policy and guideline information
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Enriching knowledge graphs with historical data
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Supporting accountability through linked and enriched information
Reasoning about curated knowledge and advanced analytics
Fasttracking Implementation and Lowering Technical Barriers and Risks
Unsupervised learning and augmented AI
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Training and utilizing custom models through Tensorflow
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Supporting zero-shot and few-shot learning
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Utilizing unsupervised learning and transferred learning to lower barriers of preparing training data
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Using rule-based NLP tools to automate preparation of training data