Huawei FusionAccess is a maturecloud desktop (VDI)solution with broad access capabilities and architecture support.
OptionsA,C, andDare all correct according to HCIA-Cloud Computing materials.
OptionBis false. Although FusionAccess usesHDP (Huawei Desktop Protocol)and supports high-resolution displays (including 4K),HDP is not open source. It is aHuawei proprietary protocoloptimized for cloud desktop scenarios.
Therefore, the false statement isB.

DVS
According to the Huawei HCIA-Cloud Computing curriculum, specifically the "Network Technology Basics" and "FusionCompute Network Virtualization" modules, there are two primary types of virtual switches in a virtualized environment:
the standard virtual switch and the Distributed Virtual Switch (DVS).
The DVS is the advanced switching model used within Huawei's FusionCompute to provide a consistent and simplified networking environment for Virtual Machines (VMs) across a cluster of physical hosts.The statement correctly identifies the DVS as the component that can be distributed across multiple physical hosts.
In a traditional setup, each host would have its own local virtual switch that must be managed independently, leading to configuration inconsistencies and operational complexity as the data center scales. However, the DVS functions as a single, logical switch that spans all the hosts within a cluster. This allows administrators to perform "unified configuration" from theVRM (Virtual Resource Management)portal. When a port group or a VLAN is configured on a DVS, that configuration is automatically pushed to all theCNA (Computing Node Agent)nodes associated with that switch.This architecture is essential for advanced cloud features likeVM Live Migration. Because the DVS maintains a consistent network state (such as port IDs, VLAN tags, and security policies) across different physical servers, a VM can move from one host to another without losing its network connection or requiring a reconfiguration of its virtual NIC. The DVS effectively decouples the virtual network from the physical network hardware, allowing the logical network to "follow" the VM wherever it goes. In the Huawei ecosystem, the DVS is the cornerstone of Software-Defined Networking (SDN) at the computing layer, ensuring that large-scale virtualized networks are both manageable and resilient.

Cloud-native architecture emphasizesapplication-level design and management, focusing on agility, scalability, and resilience.
* Microservices,containers, andservice meshesare core cloud-native technologies.
* Virtualizationis a foundational cloud technology but belongs totraditional cloud infrastructure, not cloud-native application architecture.
Therefore, the correct answer isVirtualization.

In the Huawei HCIA-Cloud Computing curriculum, understanding the classification and reservation of IPv4 addresses is essential for proper network configuration within a virtualized data center. According to official documentation, certain address ranges are reserved for specific protocols or system functions and are strictly prohibited from being assigned to service hosts (end-user devices or servers).
Firstly,0.0.0.0is an unspecified address. It is used by a host that does not yet have an IP address when it sends a DHCP Discover packet to find a server. It also represents the "default route" in routing tables. Secondly, the127.0.0.0/8range is reserved for loopback testing. Any packet sent to this range never leaves the local host's internal network stack; it is used to verify that the TCP/IP suite is installed correctly. Thirdly,
255.255.255.255is the "limited broadcast address." It is used to send data to every device on the current local network segment but is never routed across different subnets. Finally, the169.254.0.0/16range (represented here as a /24 subnet) is the Automatic Private IP Addressing (APIPA) range. If a host is configured to obtain an IP automatically but fails to contact a DHCP server, the operating system assigns an address from this range so the host can still communicate with others on the same link.
None of these addresses can be used as a source or destination for standard service traffic across a routed cloud infrastructure. Service hosts must be assigned either public IP addresses or private IP addresses from the RFC 1918 ranges (10.0.0.0/8, 172.16.0.0/12, or 192.168.0.0/16). Assigning reserved addresses to service hosts would lead to routing conflicts, local loopback errors, or a complete failure of network communication within the Huawei FusionCompute or FusionAccess environment.