Uniformise RS names

Author: pcuq-ads

_pages/index.md

@@ -46,8 +46,8 @@ feature_catalog:
   - image_path: /assets/images/architecture/stac_teaser.jpg
     alt: "RS-Server Catalog"
     title: "RS-Server Catalog"
-    excerpt: "RS-Server offers a fine access control per Collection to the Catalog. 
-The catalog provided by RS-Server adheres to the SpatioTemporal Asset Catalog (STAC) format. By adopting a standardized format like STAC, RS-Server aims to streamline the organization and querying of geospatial asset metadata. The term “spatiotemporal asset” encompasses any file that conveys information about Earth captured at a specific location and time."
+    excerpt: "The rs-server offers a fine access control per Collection to the Catalog. 
+The catalog provided by rs-server adheres to the SpatioTemporal Asset Catalog (STAC) format. By adopting a standardized format like STAC, rs-server aims to streamline the organization and querying of geospatial asset metadata. The term “spatiotemporal asset” encompasses any file that conveys information about Earth captured at a specific location and time."
     url: "/portfolio/catalog"
     btn_label: "Read More"
     btn_class: "btn--primary"
@@ -57,7 +57,7 @@ feature_staging:
   - image_path: /assets/images/station/staging_teaser.jpg
     alt: "RS-Server external data sources"
     title: "RS-Server staging"
-    excerpt: "RS-Server offers staging functionality with access control for retrieving products from external data sources. RS-Server grants access to auxiliary data from the AUXIP station, as well as telemetry raw data from CADIP stations. It will also provide access to Sentinel level-0 products from LTA and Level-1 and Level-2 products from PRIP."
+    excerpt: "The rs-server offers staging functionality with access control for retrieving products from external data sources. The rs-server grants access to auxiliary data from the AUXIP station, as well as telemetry raw data from CADIP stations. It will also provide access to Sentinel level-0 products from LTA and Level-1 and Level-2 products from PRIP."
     url: "/portfolio/staging"
     btn_label: "Read More"
     btn_class: "btn--primary"
@@ -76,7 +76,7 @@ feature_virtual:
   - image_path: /assets/images/architecture/jup_teaser.jpg
     alt: "Jupyter"
     title: "Virtual environment"
-    excerpt: "RS Python provides access to JupyterLab to end-user. The end-user can build or start already made Prefect worflows from RS client libraries. JupyterLab proposes a flexible workspace organization to users making it easier to work with multiple tabs simultaneously. Additionally, JupyterLab provides a comprehensive Markdown editor, enhancing the writing and documentation experience within notebooks.
+    excerpt: "RS Python provides access to JupyterLab to end-user. The end-user can build or start already made Prefect worflows from rs-client libraries. JupyterLab proposes a flexible workspace organization to users making it easier to work with multiple tabs simultaneously. Additionally, JupyterLab provides a comprehensive Markdown editor, enhancing the writing and documentation experience within notebooks.
     JupyterLab offers a richer and more efficient data programming experience, making it a wise choice for RS."
     url: "/portfolio/jupyter"
     btn_label: "Read More"
@@ -86,7 +86,7 @@ feature_deployment:
   - image_path: /assets/images/architecture/deployment_teaser.jpg
     alt: "Deployment"
     title: "RS deployment"
-    excerpt: "RS Server can be deployed on several environments. On a Kubernetes cluster or on a local machine. From the local machine it is also possible to access both local Catalog and remote RS-Server services."
+    excerpt: "The rs-server can be deployed on several environments. On a Kubernetes cluster or on a local machine. From the local machine it is also possible to access both local Catalog and remote rs-server services."
     url: "/portfolio/deployment"
     btn_label: "Read More"
     btn_class: "btn--primary"
@@ -146,15 +146,15 @@ Here is an example of STAC collection retrieved from RS catalog.
 </style>
 
 ## Cluster mode
-Here are **CSC RS-Python in a Nutshell** features from the cluster.
+Here are **CSC RS Python in a Nutshell** features from the cluster.
 
 <div id="conteneur">
   <img src="/assets/images/architecture/RSPY_cluster.jpg" width="1500" height="701">
 </div>
 
 
 ## Local mode
-And here are **CSC RS-Python in a Nutshell** features from the laptop.
+And here are **CSC RS Python in a Nutshell** features from the laptop.
 <div id="conteneur">
   <img src="/assets/images/architecture/RSPY_local.jpg" width="1500" height="701">
 </div>

_portfolio/feature-catalog.md

@@ -1,7 +1,7 @@
 ---
 title: "Catalog"
 permalink: /portfolio/catalog
-excerpt: "RS-Server provides a STAC Catalog with a fine access control per Collection and per User."
+excerpt: "The rs-server provides a STAC Catalog with a fine access control per Collection and per User."
 header:
   image: /assets/images/architecture/stac_header.jpg
   teaser: assets/images/architecture/stac_teaser.jpg
@@ -10,7 +10,7 @@ sidebar:
   nav: sidebar-catalog
 
 ---
-RS-Server offers a fine **access control** per Collection to the Catalog. Each end-user, thanks to an API-KEY can access to its collection an the ones for which he is authorized. The catalog provided by RS-Server adheres to the SpatioTemporal Asset Catalog (STAC) format. By adopting a standardized format like STAC, RS-Server aims to streamline the organization and querying of geospatial asset metadata.
+The rs-server offers a fine **access control** per Collection to the Catalog. Each end-user, thanks to an API-KEY can access to its collection an the ones for which he is authorized. The catalog provided by rs-server adheres to the SpatioTemporal Asset Catalog (STAC) format. By adopting a standardized format like STAC, rs-server aims to streamline the organization and querying of geospatial asset metadata.
 
 The **SpatioTemporal Asset Catalog (STAC)** specification provides a common structure for describing and cataloging spatiotemporal assets. A spatiotemporal asset is any file that represents information about the Earth captured in a certain space and time. STAC allows geospatial data to be more easily searchable and queryable by establishing a standard, unified language. It consists of a network of JSON files that reference other JSON files, with each adhering to specific core specifications depending on the STAC component being described. These components include:
 

_portfolio/feature-deployment.md

@@ -10,25 +10,25 @@ sidebar:
   nav: sidebar-deployment
 
 ---
-RS-Server offers two deployment targets: 
+The rs-server offers two deployment targets: 
 - cluster
 - local
 
 For each kind of deployment, here are the overall associated features.
 
 ## Cluster mode
-On the **cluster  mode**, the RS-Server is deployed as several Kubernetes PODs. A deployment with HELM chart is provided. 
-On the cluster environement, RS-Server can be called from a Prefect chain or directy from a Jupyter notebook.
-The RS-Server running the cluster has got a strong access control for each sensitive data access (CADIP, LTA, AUXIP, PRIP, and Catalog).
+On the **cluster  mode**, the rs-server is deployed as several Kubernetes PODs. A deployment with HELM chart is provided. 
+On the cluster environement, rs-server can be called from a Prefect chain or directy from a Jupyter notebook.
+The rs-server running the cluster has got a strong access control for each sensitive data access (CADIP, LTA, AUXIP, PRIP, and Catalog).
 
 
 
 ## Local mode
-On **local mode**, RS-Server deploys a Catalog without access control.
+On **local mode**, rs-server deploys a Catalog without access control.
 
 From the local machine, end user can:
-- read / write to the local RS-Server catalog
-- connect to the RS-Server running on the cluster and access any service which is authorised for.
+- read / write to the local rs-server catalog
+- connect to the rs-server running on the cluster and access any service which is authorised for.
 
 
 

_portfolio/feature-jupyter.md

@@ -30,8 +30,8 @@ With JupyterLab you will have:
    - JupyterLab's collapsible left sidebar contains commonly used tabs, such as the file browser, running kernels, and a command palette.
    - This sidebar enhances efficiency by providing quick access to essential features².
 
-You can build or start already made Prefect worflows from RS client libraries. 
-RS-Client python libraries and some examples are provided to ease the use of RS Python.
+You can build or start already made Prefect worflows from rs-client libraries. 
+The rs-client python libraries and some examples are provided to ease the use of RS Python.
 
 
 

_portfolio/feature-staging.md

@@ -1,7 +1,7 @@
 ---
 title: "Staging"
 permalink: /portfolio/staging
-excerpt: "RS-Server offers staging functionality with access control for retrieving products from Copernicus external data sources (like AUXIP and CADIP stations)."
+excerpt: "The rs-server offers staging functionality with access control for retrieving products from Copernicus external data sources (like AUXIP and CADIP stations)."
 header:
   image: /assets/images/station/staging_header.jpg
   teaser: /assets/images/station/staging_teaser.jpg
@@ -10,16 +10,16 @@ sidebar:
   nav: sidebar-staging
 
 ---
-RS-Server offers staging functionality with access control for retrieving products from external data sources. Authorised end user can connect to Copernicus interface to retrieve input data for processing.
+The rs-server offers staging functionality with access control for retrieving products from external data sources. Authorised end user can connect to Copernicus interface to retrieve input data for processing.
 These data came from :
 - Copernicus ground stations : to retrieve CADU chunks 
 - Copernicus AUXIP stations : to retrieve auxiliary data
 - Copernicus Long Term Archives : to retrieve any Level-0 products 
 - Copernicus Production Services : to retrieve Level-1 and Level-2 recent products 
 
 
-The RS-Server control user access to all of these sensitive interfaces. Access control is performed via an API-KEY.
-In addition, RS-Server will provide a STAC interface to access CADIP and AUXIP data.
+The rs-server control user access to all of these sensitive interfaces. Access control is performed via an API-KEY.
+In addition, rs-server will provide a STAC interface to access CADIP and AUXIP data.
 
 
 <span style="color: black; background-color: #1A89DF;">**version 0.1**</span>

_posts/2024-05-13-checkpoint.md

@@ -1,5 +1,5 @@
 ---
-title:  "RS-Python checkpoint"
+title:  "RS Python checkpoint"
 date:   2024-05-13 10:00:00 +0200
 last_modified_at: 2024-05-29T13:20:02
 tags: