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1. TYPES

   • CLIENT VIRTUALIZATION
     • PRESENTATION VIRTUALIZATION
     • VDI
     • IDV
     • APPLICATION VIRTUALIZATION
     • USER PROFILE VIRTUALIZATION
   • SERVER VIRTUALIZATION
     • OS LEVEL VIRTUALIZATION
     • HARDWARE EMULATION
     • PARA-VIRTUALIZATION

2. VIRTUALIZATION APPROACHES

   • BARE METAL VIRTUALIZATION
   • HOSTED VIRTUALIZATION

3. VIRTUALIZATION COMPONENT

   • HOST SERVER
   • HYPERVISOR
   • GUEST OS

4. BENEFITS OF VIRTUALIZATION

   • TOTAL COST OF OWNERSHIP
   • ENVIRONMENTAL ISSUES
   • IMPROVED RESPONSIVENESS
   • INFRASTRUCTURE SIMPLIFICATION

5. DEFENITION

   • Virtualization refers to the creation of a virtual resource such as a server, desktop, operating system, file, storage or network. The main goal of virtualization is to manage workloads by radically transforming traditional computing to make it more scalable. Virtualization has been a part of the IT landscape for decades now, and today it can be applied to a wide range of system layers, including operating system-level virtualization, hardware-level virtualization and server virtualization.

6. CHALLENGES

   • RESOURCE DISTRIBUTION
   • VM SPRAWL
   • BACKWARD COMPATIBILITY
   • PERFORMANCE MONITORING
   • BACKUP

7. ARCHITECTURE

   • EXPLAINATION: Virtualization is commonly hypervisor-based. The hypervisor isolates operating systems and applications from the underlying computer hardware so the host machine can run multiple virtual machines (VM) as guests that share the system's physical compute resources, such as processor cycles, memory space, network bandwidth and so on.