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There has been interest in transparent dynamic data tagging in Hermes.
However, this requires advanced knowledge of data format, which is difficult to know in a VFD.
We will likely need a VOL.
We have a scientist with climate data.
Some data has temperature, humidity, and pressure of ocean.
Scientist is always interested in searching regions - e.g., regions with extremely high temperature.
Scientist creates a dataset for the region.
Then, scientist gives it to the data management system to track temperature on the region.
Let's say we have an app with HDF5.
HDF5 writes a 3D array.
HDF5 calls Hermes.
How does Hermes divide the 3D array?
The user interacts with HDF5.
How does the user pass the intention through the HDF5 API?
I might use a schema file and environment variables.
HDF5 has VOL properties.
We can decompose that array into regions.
Then, we can find regions satisfying a custom, user-define function.
We tag it.
The text was updated successfully, but these errors were encountered:
There has been interest in transparent dynamic data tagging in Hermes.
However, this requires advanced knowledge of data format, which is difficult to know in a VFD.
We will likely need a VOL.
We have a scientist with climate data.
Some data has temperature, humidity, and pressure of ocean.
Scientist is always interested in searching regions - e.g., regions with extremely high temperature.
Scientist creates a dataset for the region.
Then, scientist gives it to the data management system to track temperature on the region.
Let's say we have an app with HDF5.
HDF5 writes a 3D array.
HDF5 calls Hermes.
How does Hermes divide the 3D array?
The user interacts with HDF5.
How does the user pass the intention through the HDF5 API?
The text was updated successfully, but these errors were encountered: