You should store the scientific data in BigQuery and use Cloud Dataproc for processing. -> Correct. BigQuery: It's designed for handling very large datasets and is optimized for extremely fast SQL queries and data analysis. BigQuery also provides real-time analytics and is highly scalable. It supports a variety of data formats, and you can use SQL queries to manipulate the data, making it a good fit for scientific data that may require complex queries for analysis. Cloud Dataproc: This is a fast, easy-to-use, fully managed cloud service for running Apache Spark and Apache Hadoop clusters. It is designed to handle batch processing, streaming, and machine learning tasks, which would be relevant in a scientific data context.
You should store the scientific data in Cloud Storage and use Cloud Functions for processing. -> Incorrect. Cloud Storage is scalable and secure but is more suited for storing raw files rather than structured data optimized for queries. Cloud Functions are more suited for lightweight, single-purpose functions triggered by events. They may not be well-suited for heavy computational scientific data processing tasks.
You should store the scientific data in BigTable and use Dataflow for processing. -> Incorrect. BigTable is more geared towards operational databases with high read and write throughput, rather than analytical processing. Dataflow could be used for processing, but it's more oriented toward real-time and batch data processing jobs, not specifically scientific data analytics which might require more computational power.
You should store the scientific data in Cloud Pub/Sub and use Cloud Dataflow for processing. -> Incorrect. Cloud Pub/Sub is generally used for event-driven systems and real-time analytics. It's not optimized for storing large amounts of data. Dataflow, as mentioned earlier, is not specifically optimized for scientific data analytics.
https://cloud.google.com/dataproc/docs
https://cloud.google.com/bigquery/docs