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1.Your company built a TensorFlow neutral-network model with a large number of neurons and layers.
The model fits well for the training data.
However, when tested against new data, it performs poorly.
What method can you employ to address this?
C. Dropout Methods
D. Dimensionality Reduction
2.You are building a model to make clothing recommendations. You know a user's fashion preference is
likely to change over time, so you build a data pipeline to stream new data back to the model as it
How should you use this data to train the model?
A. Continuously retrain the model on just the new data.
B. Continuously retrain the model on a combination of existing data and the new data.
C. Train on the existing data while using the new data as your test set.
D. Train on the new data while using the existing data as your test set.
3.You designed a database for patient records as a pilot project to cover a few hundred patients in three
clinics. Your design used a single database table to represent all patients and their visits, and you used
self-joins to generate reports. The server resource utilization was at 50%. Since then, the scope of the
project has expanded. The database must now store 100 times more patient records. You can no longer
run the reports, because they either take too long or they encounter errors with insufficient compute
How should you adjust the database design?
A. Add capacity (memory and disk space) to the database server by the order of 200.
B. Shard the tables into smaller ones based on date ranges, and only generate reports with prespecified
C. Normalize the master patient-record table into the patient table and the visits table, and create other
necessary tables to avoid self-join.
D. Partition the table into smaller tables, with one for each clinic. Run queries against the smaller table
pairs, and use unions for