Examples of using Memory-optimized in English and their translations into Korean
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Consider the following memory-optimized table schema.
For memory-optimized tables, an index can be added.
Consider the following memory-optimized table schema.
A memory-optimized table row is comprised of three parts.
For more information, see Indexes for Memory-Optimized Tables.
A memory-optimized table row is comprised of three parts.
A hash index can exist only on a memory-optimized table.
On a memory-optimized table, every index is also memory-optimized.
For more information about bucket counts, see Indexes for Memory-Optimized Tables.
In-memory Indexes: Every memory-optimized table must have at least one index.
For more information about bucket counts, see Indexes for Memory-Optimized Tables.
On a memory-optimized table, every index is also memory-optimized.
For more information about bucket counts, see Indexes for Memory-Optimized Tables.
Memory-Optimized Tables are a feature of SQL Server where the entire table resides in memory.
You cannot issue an ALTER TABLE statement to convert a disk-based table into a memory-optimized table.
For more information on memory-optimized filegroups, see Memory Optimized Filegroup.
One that replaces the disk-optimized approaches of prior generations of DBMSs with a memory-optimized approach.
INSERT INTO your memory-optimized table with a sub-SELECT from the disk-based table.
Issue a CREATE TABLE statement to create your new memory-optimized table.
Memory Optimized Data A memory-optimized filegroup is based on filestream filegroup.
For more in-depth information about memory-optimized tables see Memory-Optimized Tables.
Using this schema we will determine the minimum memory needed for this memory-optimized table.
If your database has memory-optimized tables created in SQL Server 2014, review Statistics for Memory-Optimized Tables.
Greater than foreign key references are not currently available for columnstore indexes, memory-optimized tables, or Stretch Database.
Starting with SQL Server 2014(12. x), memory-optimized tables and indexes are especially appropriate for this scenario, by providing a latch-free design.
In a production environment, it is unlikely that you will need to remove the memory-optimized filegroup.
These collations are supported in Database Engine indexes, memory-optimized tables, columnstore indexes, and natively compiled modules.
This section describes how to estimate the amount of memory that you need to hold data for a memory-optimized table.
Memory-optimized non-clustered indexes- For memory-optimized nonclustered indexes, memory consumption is a function of the row count and the size of the index key columns.
From the above calculations, the size of each row in the memory-optimized table is 24+ 32+ 200, or 256 bytes.