It seems like you're asking for a clarification on the roles of the pooling and virtualization function and the resource orchestration function in a cloud layering framework. Here's a step-by-step explanation:

1. Pooling and Virtualization Function: This function is responsible for managing traditional software assets to provide cloud services. It does this by pooling resources together and creating a virtual environment where these resources can be used efficiently. This function is crucial for ensuring the on-demand and elastic characteristics of cloud computing. Without it, resources cannot be allocated and de-allocated quickly in response to changing demands.

2. Resource Orchestration Function: This function is responsible for managing and coordinating the various resources in a cloud environment. This includes not just computing resources, but also networks, storage, and other infrastructure components. However, your statement suggests that this function cannot manage networks, which is not typically the case. In most cloud environments, the resource orchestration function does have the ability to manage networks.

3. Capability Directories and Effective Consumption: The resource orchestration function is typically also responsible for maintaining capability directories and ensuring effective consumption of resources. This means it keeps track of what resources are available and how they are being used, which is crucial for efficient operation of the cloud environment.

In summary, both the pooling and virtualization function and the resource orchestration function play crucial roles in managing resources in a cloud environment and ensuring the on-demand and elastic characteristics of cloud computing.

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It seems like you're asking for a clarification on the roles of the pooling and virtualization function and the resource orchestration function in a cloud layering framework. Here's a step-by-step explanation:

1. Pooling and Virtualization Function: This function is responsible for managing traditional software assets to provide cloud services. It does this by pooling resources together and creating a virtual environment where these resources can be used efficiently. This function is crucial for ensuring the on-demand and elastic characteristics of cloud computing. Without it, resources cannot be allocated and de-allocated quickly in response to changing demands.

2. Resource Orchestration Function: This function is responsible for managing and coordinating the various resources in a cloud environment. This includes not just computing resources, but also networks, storage, and other infrastructure components. However, your statement suggests that this function cannot manage networks, which is not typically the case. In most cloud environments, the resource orchestration function does have the ability to manage networks.

3. Capability Directories and Effective Consumption: The resource orchestration function is typically also responsible for maintaining capability directories and ensuring effective consumption of resources. This means it keeps track of what resources are available and how they are being used, which is crucial for efficient operation of the cloud environment.

In summary, both the pooling and virtualization function and the resource orchestration function play crucial roles in managing resources in a cloud environment and ensuring the on-demand and elastic characteristics of cloud computing.

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It seems like you're asking for a clarification on the roles of the pooling and virtualization function and the resource orchestration function in a cloud layering framework. Here's a step-by-step explanation:

1. Pooling and Virtualization Function: This function is responsible for managing traditional software assets to provide cloud services. It does this by pooling resources together and creating a virtual environment where these resources can be used efficiently. This function is crucial for ensuring the on-demand and elastic characteristics of cloud computing. Without it, resources cannot be allocated and de-allocated quickly in response to changing demands.

2. Resource Orchestration Function: This function is responsible for managing and coordinating the various resources in a cloud environment. This includes not just computing resources, but also networks, storage, and other infrastructure components. However, your statement suggests that this function cannot manage networks, which is not typically the case. In most cloud environments, the resource orchestration function does have the ability to manage networks.

3. Capability Directories and Effective Consumption: The resource orchestration function is typically also responsible for maintaining capability directories and ensuring effective consumption of resources. This means it keeps track of what resources are available and how they are being used, which is crucial for efficient operation of the cloud environment.

In summary, both the pooling and virtualization function and the resource orchestration function play crucial roles in managing resources in a cloud environment and ensuring the on-demand and elastic characteristics of cloud computing.

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