11.1. Workload Distribution Architecture


11.1. Workload Distribution Architecture

IT resources can be horizontally scaled via the addition of one or more identical IT resources, and a load balancer that provides runtime logic capable of evenly distributing the workload among the available IT resources (Figure 11.1).
The resulting workload distribution architecture reduces both IT resource over-utilization and under-utilization to an extent dependent upon the sophistication of the load balancing algorithms and runtime logic.


Figure 11.1. A redundant copy of Cloud Service A is implemented on Virtual Server B.
The load balancer intercepts cloud service consumer requests and directs them to both Virtual Servers A and B to ensure even workload distribution.

This fundamental architectural model can be applied to any IT resource, with workload distribution commonly carried out in support of distributed virtual servers, cloud storage devices, and cloud services.
Load balancing systems applied to specific IT resources usually produce specialized variations of this architecture that incorporate aspects of load balancing,
such as: • the service load balancing architecture explained later in this chapter
• the load balanced virtual server architecture covered in Chapter 12
• the load balanced virtual switches architecture described in Chapter 13

In addition to the base load balancer mechanism, and the virtual server and cloud storage device mechanisms to which load balancing can be applied, the following mechanisms can also be part of this cloud architecture:
• Audit Monitor – When distributing runtime workloads, the type and geographical location of the IT resources that process the data can determine whether monitoring is necessary to fulfill legal and regulatory requirements.
• Cloud Usage Monitor – Various monitors can be involved to carry out runtime workload tracking and data processing.
• Hypervisor – Workloads between hypervisors and the virtual servers that they host may require distribution.
• Logical Network Perimeter – The logical network perimeter isolates cloud consumer network boundaries in relation to how and where workloads are distributed.
• Resource Cluster – Clustered IT resources in active/active mode are commonly used to support workload balancing between different cluster nodes.
• Resource Replication – This mechanism can generate new instances of virtualized IT resources in response to runtime workload distribution demands

#Cloud #computing #concept(chapter 11) #Book Link :-

CLOUDCOMPUTING #THEORY PLAYLIST

CLOUD COMPUTING #PRACTICAL #PLAYLIST.

#Subscribe the Channel Link :- #bansodetechsolution #ajupgrading

IF any Query or Doubt DM on #Instagram :- #bansode_ajay_2102

LinkedIn Profile

Link for slides, code samples and text version of the video #blogger

#security #cloudcomputing #clouds #linkedin #video #communication #network
Location: Navi Mumbai, Maharashtra, India

Comments

Post a Comment

Popular posts from this blog

Load Data From Excel To Grid View in Asp.net C#

Image
Load Data From Excel To Grid View in Asp.net C# This is very easy to load data from excel sheet to grid view in asp.net web page using c#. In this tutorial you can learn how to Load excel sheet data to Grid View easily using asp.net C# code. This tutorial also covers how to get data from any excel file to Grid View dynamically in c# using file Upload control. Follow this steps 1. Create an asp.net project. 2. design asp.net page with file Upload, button control and a Grid View control. 3. create an excel connection string in the web config file. 4. Write code to load data from excel sheet to Grid View asp.net using C#. code:- using System; using System.Collections.Generic; using System.Linq; using System.Web; using System.Web.UI; using System.Web.UI.WebControls; using System.IO; using System.Collections; using System.Configuration; using System.Data.OleDb; using System.Data; public partial class _Default : System.Web.UI.Page {     protected void Page_Load(object se
Read more

Code Analysis | IDE0054 In C# Application

Image
Code Analysis | IDE0054 In C# Application #codeanalysis #code #analysis #IDE0054 #compound #assignment #description:- Code Analysis:- IDE0054 Use compound assignment // dotnet_style_prefer_compound_assignment = true x += 5; // dotnet_style_prefer_compound_assignment = false x = x + 5; Reference:-    
Read more

10.5. Identity and Access Management (IAM) in Cloud Computing

Image
10.5. Identity and Access Management (IAM) The identity and access management (IAM) mechanism encompasses the components and policies necessary to control and track user identities and access privileges for IT resources, environments, and systems. Specifically, IAM mechanisms exist as systems comprised of four main components: • Authentication – Username and password combinations remain the most common forms of user authentication credentials managed by the IAM system, which also can support digital signatures, digital certificates, biometric hardware (fingerprint readers), specialized software (such as voice analysis programs), and locking user accounts to registered IP or MAC addresses. • Authorization – The authorization component defines the correct granularity for access controls and oversees the relationships between identities, access control rights, and IT resource availability. • User Management – Related to the administrative capabilities of the system, the user manag
Read more