Figure 2.7 VM configuration upgrade using Hyper-V Manager
Figure 2.8 Task Manager in Logical Processor view showing the physical
processors and logical processor details
Figure 2.9 A view of logical processor to virtual processor mapping
Figure 2.10 A virtual processor from a single-processor VM assigned to a
logical processor on the host
Figure 2.11 A virtual machine with multiple virtual processors being
scheduled to the available logical processors
Figure 2.12 Configuration options for the NUMA configuration of a virtual
machine
Figure 2.13 Changing the NUMA spanning option for a Hyper-V server
Figure 2.14 Configuring Dynamic Memory settings for a virtual machine
Figure 2.15 An operating system with only 4MB of free memory but still
plenty of available memory
Figure 2.16 The inflation of the balloon driver to allow Hyper-V to reclaim
memory from a virtual machine
Figure 2.17 Error message when a memory change can be only partially
completed
Figure 2.18 The key types of VHD disks
Figure 2.19 Selecting the size or source content for a new virtual hard disk
Figure 2.20 The basic information about a virtual hard disk shown by the
Inspect Disk option
Figure 2.21 Memory resources for a graphical device
Chapter
Figure 3.1 The three types of virtual switches available in Hyper-V
Figure 3.2 Primary configuration page for a new virtual switch
Figure 3.3 How traffic flows through the extensible switch and registered
extensions for the inbound path
Figure 3.4 Enabling extensions for a virtual switch in Hyper-V
Figure 3.5 The VFP place with the VMSwitch
Figure 3.6 The flow-caching hash lookup used in the VFP
Figure 3.7 Three VLANs in a two-rack configuration. For redundancy, each
ToR has a connection to two separate aggregation switches.
Figure 3.8 New VM in VLAN 20 added to the host in the second rack, and the
