What is the definition of a UiPath Communications Mining data source?
A. A collection of raw unlabeled communications data of a similar type, that can be associated with up to 10 datasets.
B. The model that we create when training the platform to understand the data in those sources.
C. A permissioned storage area within the platform which contains communications and labels.
D. A user-permissioned project containing a taxonomy with labels and entities.
Under what condition can a project be deleted in UiPath AI Center?
A. If it does not have any pipeline data.
B. If it does not have any running pipelines.
C. If it does not have any deployed packages.
D. If it does not have any scheduled pipelines.
Explanation: A project in UiPath AI Center is an isolated group of resources (datasets, pipelines, packages, skills, and logs) that you use to build a specific ML solution. You can create, edit, or delete projects from the Projects page or the project’s Dashboard page. However, you can only delete a project if it does not have any package currently deployed in a skill. A package is a versioned and deployable unit of an ML model or an OS script that can be used to create an ML skill. A skill is a consumer-ready, live deployment of a package that can be used in RPA workflows in Studio. If a project has a package deployed in a skill, you need to undeploy the skill first before deleting the project. This is to ensure that you do not accidentally delete a project that is being used by a skill12.
What happens during the Classify stage of the Document Understanding Framework?
A. The OCR engine is used to extract text from the image document.
B. The extracted data is exported as a dataset.
C. The target fields are extracted from the document and sent to Action Center for human validation.
D. The documents are included in one of the taxonomy document types or skipped.
Explanation: According to the UiPath documentation, the Classify stage of the Document Understanding Framework is used to automatically determine what document types are found within a digitized file. The document types are defined in the project taxonomy, which is a collection of all the labels and fields applied to the documents in a dataset. The Classify stage uses one or more classifiers, which are algorithms that assign document types to files based on their content and structure. The classifiers can be configured and executed using the Classify Document Scope activity, which also allows for document type filtering, taxonomy mapping, and minimum confidence threshold settings. The Classify stage outputs the classification information in a unified manner, irrespective of the source of classification. The documents that are classified are then sent to the next stage of the framework, which is Data Extraction. The documents that are not classified or skipped are either excluded from further processing or sent to Action Center for human validation and correction.
What additional information can be included in the exported data, apart from the extraction results?
A. The number of occurrences and the extraction confidence.
B. The page number from which the field was extracted and the exact position on the page.
C. The extraction confidence and the digitization confidence.
D. The position on the page.
Explanation: The exported data from the UiPath Document Understanding Template contains the extraction results in a JSON format, along with some additional information that can be useful for debugging or analysis purposes. One of the additional information that can be included is the page number from which the field was extracted and the exact position on the page, represented by the coordinates of the bounding box. This information can help to locate the field on the original document image and to verify the accuracy of the extraction. The additional information can be enabled or disabled by setting the IncludeMetadata parameter to true or false in the Config file of the template.
Which of the following is a best practice when choosing a UiPath ML (Machine Learning) Extractor?
A. The popularity of the ML Extractor among other UiPath users should be the primary
factor when choosing a UiPath ML Extractor.
Opt for the ML Extractor that has the highest number of downloads or positive reviews.
B. Consider the document types, language, and data quality when choosing an ML
Extractor.
It is important to select one that is specifically trained or optimized for the document types
being processed.
It is also important to take into account the quality and diversity of the training data used to
train the ML Extractor to ensure accurate and reliable extraction results.
C. The cost of the ML Extractor should be the main consideration when choosing an ML
Extractor.
Select the ML Extractor that offers the lowest price, regardless of its performance or
suitability for the specific document understanding needs.
D. The size of the ML Extractor is the most important factor to consider when choosing an
ML Extractor.
Bigger models always perform better and provide more accurate extraction results because
the development team invested time and effort into creating the algorithm, which in turn will
result in better performance for the trained model.
Explanation: The ML Extractor is a data extraction tool that uses machine learning
models provided by UiPath to identify and extract data from documents. The ML Extractor
can work with predefined document types, such as invoices, receipts, purchase orders, and
utility bills, or with custom document types that are trained using the Data Manager and the
Machine Learning Classifier Trainer12.
According to the best practice, the ML Extractor should be chosen based on the document
types, language, and data quality of the documents being processed. It is important to
select an ML Extractor that is specifically trained or optimized for the document types that
are relevant for the use case, as different document types may have different layouts,
fields, and formats. It is also important to take into account the language of the documents,
as some ML Extractors may support only certain languages or require specific language
settings. Moreover, it is important to consider the quality and diversity of the training data
used to train the ML Extractor, as this may affect the accuracy and reliability of the
extraction results. The training data should be representative of the real-world data, and
should cover various scenarios, variations, and exceptions3.
References: 1: Machine Learning Extractor - UiPath Activities 2: Machine Learning
Classifier Trainer - UiPath Document Understanding 3: Data Extraction - UiPath Document
Understanding
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