By John R. Vacca
When you are trying to find the main well-rounded and well-written booklet on cyber-physical safeguard and IT infrastructure defense available in the market, glance no extra! This must-have reference provide you with the main well-rounded view of cyber-physical defense and IT infrastructure defense on hand. It bargains in-depth insurance of the speculation, know-how, and perform as they relate to cyber-physical defense and IT infrastructure safeguard. It explores useful options to a variety of cyber-physical protection and IT infrastructure safety concerns. person chapters are authored through prime specialists within the box and handle the fast and long term demanding situations within the authors respective components of expertise.
The e-book is equipped into eleven contributed chapters by way of prime specialists within the parts of cyber-physical safeguard and IT infrastructure defense in addition to an in depth word list of desktop and cyber defense phrases and acronyms.
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Extra resources for Cyber Security and IT Infrastructure Protection
CYBER SECURITY AND IT INFRASTRUCTURE PROTECTION 16 1. FAULT TOLERANCE AND RESILIENCE IN CLOUD COMPUTING ENVIRONMENTS To correctly realize this design, the system requires an agile replica wake-up mechanism. To achieve this mechanism, the system exploits virtualization technology by maintaining additional replicas (VMs) in a “dormant” state, which are either pre-spawned but paused VMs or the VM that is hibernated to a disk. There is a trade-off in adopting either method. Pre-spawned VM can resume execution in a very short span (in the order of few milliseconds) but consumes higher memory resources, whereas VMs hibernated to disks incur greater recovery times but occupy only storage space.
Guerraoui, M. Yabandeh, Independent faults in the cloud, in: Proc. of LADIS’10, Zurich, Switzerland, 2010, pp. 12À17. A. Undheim, A. Chilwan, P. Heegaard, Differentiated availability in cloud computing SLAs, in: Proc. of Grid’11, Lyon, France, 2011, pp. 129À136. S. Kim, F. Machinda, K. Trivedi, Availability modeling and analysis of virtualized system, in: Proc. of PRDC’09, Shanghai, China, 2009, pp. 365À371.
6a. Further, consider that the FTMKernel, upon gathering the user’s requirements from the Client Interface, chooses a passive replication mechanism for the e-commerce service. Based on the chosen fault tolerance mechanism (the set of ft_units that realize the envisioned passive replication scheme), FTMKernel requires that the following conditions be satisfied: (i) the replica group must contain one primary and two backup nodes, (ii) the node on which the primary replica executes must not be shared with any other VM instances, (iii) all the replicas must be located on different nodes at all times, and (iv) node n5 must not allow any user-level VM instance (rather, it should be used only to run system-level services such as monitoring unit).
Cyber Security and IT Infrastructure Protection by John R. Vacca