Cloud Computing, Virtualization, and Distributed Systems

This technology is a public domain message passing system available on many multi-computers.

This technology provides a highly virtualised cloud data center located inside the company's firewall.

This is a formal standard with a standardisation committee and an official defining document.

This technique is the fourth basic concept in message passing interface in which the processes can be arranged in a tree, ring, grid etc.

This technology abstracts compute capacity from the server hardware to create virtual pool of resources.

This technology does not deal with the process creation or management as parallel virtual machine.

This technology abstracts the network into a generalised pool of network capacity.

This technology includes a set of 57 instructions resulting in increasing multimedia capabilities of a computer chip.

This technology is used to increase compute utilisation by pooling compute clusters.

This technology is used when public cloud provider forms a partnership with a vendor that provides private cloud platforms.

This technical process enables one instruction to perform same function on multiple pieces of data, reducing number of loops required to handle vides.

This technology provides a multiple features, such as port mirroring, net flow, IPFIX etc. to provide a comprehensive toolkit for traffic management and monitoring with a virtual network.

This technology is deployed in a virtual appliance form factor, supports full active standby HA functionality and can support up to 9 CBps of traffic.

This technology provides features such as dynamic processes, remote memory access, non blocking collective communication etc.

This technology is used to create a flexible logical layer 2 overlay network over the existing IP networks.

This technique simulates shared memory at the page level, making it similar to a NUMA machine, except with a much greater penalty for remote references.

This technology introduced k6 chips, feature MMX technology and provides potential power of personal computer.

This technology is installed from an open virtualisation appliance file, as a virtual machine, by using VMware vSphere client.

In this process, the old base station drops the telephone before the new base station acquires the telephone.

This technology can be used as a kind of electronic wallet, authorising payments in store as a replacement for cash and credit.

This technological component uses vCloud networking and security manager in the back end to provision network virtualisation elements.

This technique represents two virtual machines on two different logical L2 networks.

This channel is a continuous stream of output from the base station containing the base station's identity and the channel status.

This protocol acts as a control plane that helps build the forwarding table with virtual machine MAC address and VTEP IP address mapping.

This channel is used for location updating, registration call setup and is used to send the information about maintaining the base station.