Facets Testing Interview Questions
1. What about Facets.
The Facets tool is the core administrative processing system built by Cognizant in 1993. It is used to process medical and hospital transactions or facility claims. It helps in billing, claims processing, care management, and network management workflow. It is currently processing millions of transactions per week for more than 80 health plans. It integrates consumers, claims, care, and revenue management into a single platform.
2. List the modules of Facets.
The Facets tool offers a lot of modules. Some of them include subscribers/ members, providers, medical, billing, NetworX, etc.
3. What are the advantages of Facets?
Here are some of the advantages of the Facets tool.
- It provides increased stability.
- It has increased resilience to disturbances.
- The performance of the Facets tool is very reliable.
- It generates and consumes a huge amount of data.
- It offers real-time processing.
- It comes with security incorporated at each stage of the life cycle.
4. Where can we use Facets?
The Facets tool is widely used in the following places.
- Enrollment – When a new member has to be enrolled, ID card requests, update demographic details, etc.
- Customer Service – Manage customer service operations in real-time.
- Billing – It can perform comprehensive billing summary, billing requests, payments, etc.
- Interoperability – Provides an integrated view and access to consumer demands.
- Claim Processing – Helps with real-time claim submission and processing.
- Customer Transparency – It can be used where transparency is required for eligibility, benefits, and cost estimates.
5. How do Facets achieve real-time processing?
The architecture that leverages a data streaming platform is the event-driven ‘Facets Data Publishing’. The system can publish data generated by claims, providers, and subscribers in real-time. The clients can publish or consume data through batch or real-time processes.
6. Give the differences between medical claims and hospital claims?
Medical claims, also known as professional claims, are the claims that can be submitted by an individual provider or clinic. It is for the treatment received by an individual while in a hospital. Hospital claims, also known as facility claims, are the claims submitted by the hospitals.
7. What are the fields in a claims screen?
The claims screen contains the following fields.
- Provider id
- Subscriber id
- Date of service
- Diagnosis code
- Procedure code
- Revenue code
- Unit price
- Number of units
8. What is the difference between revenue code and procedure code?
Revenue code can only be used in hospital claims. The revenue codes are priced by the revenue codes.
Procedure code can only be used in medical claims. The medical claims are priced by the procedure codes.
9. List the common errors faced while processing claims in Facets.
Here are the common errors faced during claims processing in the Facets tool.
- Provider record not found
- Procedure code invalid
- Service definition error
10. How can you adjudicate a claim?
The F3 button is used in the Facets tool to adjudicate a claim.
11. How can you save a claim?
We can save a claim in the Facets tool using the F4 button.
12. Why do we need to pend a claim?
We can pend a claim when it is not paying as expected.
13. What are the stylistic properties?
It is an optional property which controls the elements with stylistic aspects of FacetDive.
14. Name two stylistic properties used by Facet?
itemPositioningVerticalLabelColor – It is used in labeling the color for item positioning in the vertical direction.
itemPositioningHorizontalLabelColor – It is used in labeling the color for item positioning in the horizontal direction.
15. What is Facets Atlasmaker?
The Facets Atlasmaker is a command-line utility and library used to create the sprite atlases.
16. What are the functionalities of Atlasmaker?
The functionalities of Atlasmaker are
- To read the input image files from URL and local file.
- Using default image file during unsuccessful conversion or retrieval of images in atlas.
- Image resizing and conversion.
- Parallelization of image fetch/conversion.
17. What are the four Facet Dive controls?
The four Dive controls are
- Faceting controls – which lays the records out in a grid information.
- Positioning controls – arranges the items in each cell grid by stacking them to place it in a scatter plot.
- Color controls – enables to specify the color for individual items.
- Display controls – lets you specify the dive to render on each point.
18. Name the data properties of FacetsDive polymer.
The FacetsDive visualizations has two properties
data – Array<{}> – An array of data objects to visualize.
filteredDataIndicies – number[] – An array of indices into data object array.
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19. What are the interactive properties?
The properties that drive the interactivity of FacetDive are the interactive properties controlled by the user.
20. Name any four interactive properties in FacetDive.
- vertical Facet – Name of the field of the data to facet vertically.
- vertical bucket – Number of buckets to use when faceting vertically.
- horizontalFacet – Name of the area of the data to facet horizontally.
- horizontal bucket – Number of buckets to use when faceting horizontally.
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21. Which attribute is used to position the items in grid cells?
The interactive “position mode” attribute used in positioning items within a grid cell with stacked and scatter choices.
22. Which attribute is used to generate the data-specific color palette?
The “palette choice” attribute is used to generate the data-specific color palette with the four values standard, warm, cool and assist.
23. How can you position the items along the axis with Facet interactions?
The “vertical position” and “horizontal position” are the two attributes.
- vertical position – is used to position the items along the vertical axis.
- horizontal position – is used to position the items along the horizontal axis.
24. What are the things that an overview tool displays after uploading the data?
The overview tool displays the following four things:
- Statistics of data – This includes statistics of Min, Max, Median, and Standard Deviation.
- Missing values – The number of rows which has no data.
- Zero values – what percentage of data is zero.
- Train/test split – A plot which displays the dataset split between training and testing data.
25. What is a Seaborn FacetGrid?
The Seaborn FacetGrid is a class that helps in visualizing the distribution of one variable and the relationship between multiple variables separately. FacetGrid object considers the data frame as input and names the variables that form a row, column, and hue dimensions.
26. Name any two methods that are used by Seaborn FacetGrid.
facet_axis (self,row_i,col_j) – Make the axis identified by these indices active and return it.
facet_data (self) – Generator for name indices and data subsets for each Facet.
27. What Seaborn FacetGrid map method does?
The Seaborn FacetGrid.map() method applies the plotting function to each Facet’s subset of data.
- Facets Training
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28. Name the parameters of Seaborn FacetGrid map method.
The parameters include
- func – A plotting function which takes data and arguments.
- args – The column names in self.data which identifies variable with data to plot.
- Kwargs – The keyword arguments which are passed to the plotting function.
Syntax: FacetGrid.map(self, func, *args, **kwargs)
29. What are Facets in Health Care systems?
The Facets is mainly developed for Health Care systems for providing advanced care management capabilities. The Facets platform automates data points in training the healthcare datasets to produce better outcomes through visualizations.
30. What are the Trizetto Facets?
Trizetto Facets are the number of functionalities that assist in managing an application group’s business operations. The Trizetto Facets includes the business rules which process the client/server systems.