minor edits

Author: rosemarymarano

site/design.md

@@ -3,9 +3,9 @@
 
 The Oracle WebLogic Server Kubernetes Operator (the “operator”) is designed to fulfill a similar role to that which a human operator would fill in a traditional data center deployment.  It contains a set of useful built-in knowledge about how to perform various lifecycle operations on a domain correctly.
 
-Human operators are normally responsible for starting and stopping environments, initiating backups, performing scaling operations, performing manual tasks associated with disaster recovery and high availability needs and coordinating actions with other operators in other data centers.  It is envisaged that the operator will have similar responsibilities in a Kubernetes environment.  The initial technology preview version of the operator does not have the capability to take on all of those responsibilities, but enumerating them here gives insight into the background context for making various design choices.
+Human operators are normally responsible for starting and stopping environments, initiating backups, performing scaling operations, performing manual tasks associated with disaster recovery and high availability needs and coordinating actions with other operators in other data centers.  It is envisaged that the operator will have similar responsibilities in a Kubernetes environment.
 
-It is important to note the distinction between an *operator* and an *administrator*.  A WebLogic Server administrator typically has different responsibilities centered around managing the detailed configuration of the WebLogic domains.  The operator has only limited interest in the domain configuration, with its main concern being the high-level topology of the domain; e.g., how many clusters and servers, and information about network access points, such as channels.
+It is important to note the distinction between an *operator* and an *administrator*.  A WebLogic Server administrator typically has different responsibilities centered around managing the detailed configuration of the WebLogic domains.  The operator has only limited interest in the domain configuration, with its main concern being the high-level topology of the domain; for example, how many clusters and servers, and information about network access points, such as channels.
 
 Human operators may manage more than one domain, and the operator is also designed to be able to manage more than one domain.  Like its human counterpart, the operator will only take actions against domains that it is told to manage, and will ignore any other domains that may be present in the same environment.
 
@@ -21,7 +21,7 @@ The operator is designed with security in mind from the outset.  Some examples o
 
 The operator is designed to avoid imposing any arbitrary restriction on how WebLogic Server may be configured or used in Kubernetes.  Where there are restrictions, these are based on the availability of some specific feature in Kubernetes; for example, multicast support.
 
-The operator learns of WebLogic domains through instances of a domain Kubernetes resource.  When the operator is installed, it creates a Kubernetes [Custom Resource Definition](https://kubernetes.io/docs/concepts/api-extension/custom-resources/).  This custom resource definition defines the domain resource type.  Once this type is defined, you can manage domain resources using `kubectl` just like any other resource type.  For instance, `kubectl get domain` or `kubectl edit domain domain1`.  
+The operator learns of WebLogic domains through instances of a domain Kubernetes resource.  When the operator is installed, it creates a Kubernetes [Custom Resource Definition](https://kubernetes.io/docs/concepts/api-extension/custom-resources/).  This custom resource definition defines the domain resource type.  After this type is defined, you can manage domain resources using `kubectl` just like any other resource type.  For instance, `kubectl get domain` or `kubectl edit domain domain1`.  
 
 Schema for domain resources:
 * [Domain](../model/src/main/resources/schema/domain.json)
@@ -34,4 +34,4 @@ Schema for domain resources:
 * [ServerHealth](../model/src/main/resources/schema/serverhealth.json)
 * [SubsystemHealth](../model/src/main/resources/schema/subsystemhealth.json)
 
-The schema for the domain resource is designed to be as sparse as possible.  It includes the connection details for the Administration Server, but all of the other content are operational details about which servers should be started, environment variables, and details about what should be exposed outside the Kubernetes cluster.  This way, the WebLogic domain's configuration remains the normative configuration.
+The schema for the domain resource is designed to be as sparse as possible.  It includes the connection details for the Administration Server, but all of the other content is operational details about which servers should be started, environment variables, and details about what should be exposed outside the Kubernetes cluster.  This way, the WebLogic domain's configuration remains the normative configuration.