To improve network performance and efficiency

To reduce network costs

To enhance network security

To increase network capacity

Improved network performance

Reduced network costs

Enhanced network security

Increased network complexity

Network slicing is specific to 5G networks, while traditional network virtualization technologies are applicable to any network.

Network slicing provides more granular control over network resources compared to traditional network virtualization technologies.

Network slicing is more scalable than traditional network virtualization technologies.

All of the above.

Software-defined networking (SDN)

Network functions virtualization (NFV)

Both SDN and NFV

None of the above

To isolate traffic from different applications or services

To provide different levels of quality of service (QoS) to different applications or services

To improve network security

All of the above

Lack of standardization

Complexity of managing multiple slices

Increased network latency

All of the above

It enables the decoupling of network functions from underlying hardware.

It allows for the dynamic reconfiguration of network resources.

It facilitates the programmability of network behavior.

All of the above

Mobile gaming

Autonomous vehicles

Video streaming

Network management

Network slicing enables the creation of SLAs between different network slices.

SLAs define the performance and quality requirements for each network slice.

Network slicing helps enforce SLAs by isolating and prioritizing traffic.

All of the above

Improved network efficiency and resource utilization

Increased revenue generation through differentiated services

Enhanced customer satisfaction and loyalty

All of the above

It allows network operators to define and configure network slices based on specific requirements.

It enables the dynamic adjustment of network resources to meet changing demands.

It facilitates the automation of network management and orchestration tasks.

All of the above

Increased complexity of network operations

Difficulty in coordinating resources across different slices

Ensuring fairness and isolation among slices

All of the above

It enables the creation and management of network slices as a managed service.

It allows network operators to offer network slicing capabilities to their customers.

It facilitates the integration of network slicing with other cloud services.

All of the above

Improved network performance and reliability for mission-critical applications.

Enhanced security and isolation for sensitive data.

Increased flexibility and agility in network resource allocation.

All of the above

It enables the virtualization of network functions and their deployment on general-purpose hardware.

It allows for the dynamic scaling and elasticity of network functions based on demand.

It facilitates the integration of virtualized network functions into network slices.

All of the above