Delete outdated images

Signed-off-by: Melissa Vagi <[email protected]>

_dashboards/management/accelerate-external-data.md

@@ -12,55 +12,37 @@ Introduced 2.11
 {: .label .label-purple }
 
 
-Query performance can be slow when using external data sources for reasons such as network latency, data transformation, and data volume. You can optimize your query performance by using OpenSearch indexes, such as a skipping index or a covering index. A _skipping index_ uses skip acceleration methods, such as partition, minimum and maximum values, and value sets, to ingest and create compact aggregate data structures. This makes them an economical option for direct querying scenarios. A _covering index_ ingests all or some of the data from the source into OpenSearch and makes it possible to use all OpenSearch Dashboards and plugin functionality. See the [Flint Index Reference Manual](https://github.com/opensearch-project/opensearch-spark/blob/main/docs/index.md) for comprehensive guidance on this feature's indexing process.
+Query performance can be slow when using external data sources for reasons such as network latency, data transformation, and data volume. You can optimize your query performance by using OpenSearch indexes, such as a skipping index or a covering index. 
+
+A _skipping index_ uses skip acceleration methods, such as partition, minimum and maximum values, and value sets, to ingest and create compact aggregate data structures. This makes them an economical option for direct querying scenarios. 
+
+A _covering index_ ingests all or some of the data from the source into OpenSearch and makes it possible to use all OpenSearch Dashboards and plugin functionality. See the [Flint Index Reference Manual](https://github.com/opensearch-project/opensearch-spark/blob/main/docs/index.md) for comprehensive guidance on this feature's indexing process.
 
 ## Data sources use case: Accelerate performance
 
 To get started with the **Accelerate performance** use case available in **Data sources**, follow these steps:
 
 1. Go to **OpenSearch Dashboards** > **Query Workbench** and select your Amazon S3 data source from the **Data sources** dropdown menu in the upper-left corner.
-2. From the left-side navigation menu, select a database. An example using the `http_logs` database is shown in the following image.
-
-    <img src="{{site.url}}{{site.baseurl}}/images/dashboards/query-workbench-accelerate-data.png" alt="Query Workbench accelerate data UI" width="700"/>
-
+2. From the left-side navigation menu, select a database.
 3. View the results in the table and confirm that you have the desired data.
 4. Create an OpenSearch index by following these steps:
-    1. Select the **Accelerate data** button. A pop-up window appears. An example is shown in the following image.
-
-   <img src="{{site.url}}{{site.baseurl}}/images/dashboards/accelerate-data-popup.png" alt="Accelerate data pop-up window" width="700"/>
-
+    1. Select the **Accelerate data** button. A pop-up window appears. 
     2. Enter your details in **Select data fields**. In the **Database** field, select the desired acceleration index: **Skipping index** or **Covering index**. A _skipping index_ uses skip acceleration methods, such as partition, min/max, and value sets, to ingest data using compact aggregate data structures. This makes them an economical option for direct querying scenarios. A _covering index_ ingests all or some of the data from the source into OpenSearch and makes it possible to use all OpenSearch Dashboards and plugin functionality.
-
-5. Under **Index settings**, enter the information for your acceleration index. For information about naming, select **Help**. Note that an Amazon S3 table can only have one skipping index at a time. An example is shown in the following image.
-
-    <img src="{{site.url}}{{site.baseurl}}/images/dashboards/skipping-index-settings.png" alt="Skipping index settings" width="700"/>
+5. Under **Index settings**, enter the information for your acceleration index. For information about naming, select **Help**. Note that an Amazon S3 table can only have one skipping index at a time.
 
 ### Define skipping index settings
 
-1. Under **Skipping index definition**, select the **Add fields** button to define the skipping index acceleration method and choose the fields you want to add. An example is shown in the following image.
-
-    <img src="{{site.url}}{{site.baseurl}}/images/dashboards/add-fields-skipping-index.png" alt="Skipping index add fields" width="700"/> 
-
+1. Under **Skipping index definition**, select the **Add fields** button to define the skipping index acceleration method and choose the fields you want to add.
 2. Select the **Copy Query to Editor** button to apply your skipping index settings. 
-3. View the skipping index query details in the table pane and then select the **Run** button. Your index is added to the left-side navigation menu containing the list of your databases. An example is shown in the following image.
-
-    <img src="{{site.url}}{{site.baseurl}}/query-workbench-S3.png" alt="Run a skippping or covering index UI" width="700"/>
+3. View the skipping index query details in the table pane and then select the **Run** button. Your index is added to the left-side navigation menu containing the list of your databases.
 
 ### Define covering index settings
 
-1. Under **Index settings**, enter a valid index name. Note that each Amazon S3 table can have multiple covering indexes. An example is shown in the following image.
-
-    <img src="{{site.url}}{{site.baseurl}}/images/dashboards/covering-index-naming.png" alt="Covering index settings" width="700"/>
-
-2. Once you have added the index name, define the covering index fields by selecting `(add fields here)` under **Covering index definition**. An example is shown in the following image.
-
-    <img src="{{site.url}}{{site.baseurl}}/images/dashboards/covering-index-fields.png" alt="Covering index field naming" width="700"/>
-
+1. Under **Index settings**, enter a valid index name. Note that each Amazon S3 table can have multiple covering indexes.
+2. Once you have added the index name, define the covering index fields by selecting `(add fields here)` under **Covering index definition**. 
 3. Select the **Copy Query to Editor** button to apply your covering index settings.
-4. View the covering index query details in the table pane and then select the **Run** button. Your index is added to the left-side navigation menu containing the list of your databases. An example UI is shown in the following image.  
-
-     <img src="{{site.url}}{{site.baseurl}}/images/dashboards/run-index-query-workbench.png" alt="Run index in Query Workbench" width="700"/>
+4. View the covering index query details in the table pane and then select the **Run** button. Your index is added to the left-side navigation menu containing the list of your databases.
 
 ## Limitations
 
-This feature is still under development, so there are some limitations. For real-time updates, see the [developer documentation on GitHub](https://github.com/opensearch-project/opensearch-spark/blob/main/docs/index.md#limitations).
+This feature is still under development, so there are some limitations. For real-time updates, refer to the [developer documentation on GitHub](https://github.com/opensearch-project/opensearch-spark/blob/main/docs/index.md#limitations).