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A cluster IP is a term in cloud computing to refer to a proxy that represents a computer cluster with a single IP address. [1] It is a term used by the cloud computing system Kubernetes (stylised as ClusterIP ) to provide load balancing to IP addresses for devices in the internal network.
Rocks Cluster Distribution: Open Source/NSF grant All in one actively developed 7.0 [2] (Manzanita) 1 December 2017; 7 years ago () HTC/HPC OpenSource CentOS: Free Popular Power: ProActive: INRIA, ActiveEon, Open Source All in one actively developed Master/Worker, SPMD, Distributed Component Model, Skeletons HTC/HPC GPL
Network load balancing is the ability to balance traffic across two or more WAN links without using complex routing protocols like BGP.. This capability balances network sessions like Web, email, etc. over multiple connections in order to spread out the amount of bandwidth used by each LAN user, thus increasing the total amount of bandwidth available.
RIP (Real IP address): the IP address used to connect to the cluster nodes DIP (Directors IP address) : the IP address used by the director to connect to network of real IP addresses CIP (Client IP address) : the IP address assigned to a client computer, that it uses as the source IP address for requests being sent to the cluster
Diagram illustrating user requests to an Elasticsearch cluster being distributed by a load balancer. (Example for Wikipedia.). In computing, load balancing is the process of distributing a set of tasks over a set of resources (computing units), with the aim of making their overall processing more efficient.
IPVS (IP Virtual Server) implements transport-layer load balancing, usually called Layer 4 LAN switching, as part of the Linux kernel. It's configured via the user-space utility ipvsadm(8) tool. IPVS is incorporated into the Linux Virtual Server (LVS), where it runs on a host and acts as a load balancer in front of a cluster of real servers.
4–3–2–1 formation. The 4–3–2–1, commonly described as the "Christmas tree" formation, has another forward brought on for a midfielder to play "in the hole", so leaving two forwards slightly behind the most forward striker. Terry Venables and Christian Gross used this formation during their time in charge of Tottenham Hotspur.
[1] In its simplest implementation, round-robin DNS works by responding to DNS requests not only with a single potential IP address, but with a list of potential IP addresses corresponding to several servers that host identical services. [2] [3] The order in which IP addresses from the list are returned is the basis for the term round robin.