The request for change will initiate the change control procedure responsible by configuration or change control board CCB. If the change Base Line request is approved, the status of project configuration items requested for changes are flagged. The owners of these CIs are then assigned for the rework. For the source code version control, sharpSVN is used in this work. Other CIs such as files and infrastructure details may be built into configuration management database CMDB and controlled versions by the system.
The examination to what extent the Figure 1. Overview of configuration management system. The users of the system are pre-defined and categorized Components line branching is applied for simultaneous into four groups: multiple development branches in this work.
Design of structure of Trunk and Branch. Tag naming convention. Bu1 Q; prod 2. TG UAT1. TG DEP. Figure 4. Implementation of Trunk and Branch. Each subsystem is Baseline controls Fig. The Inventory system contains the warehouse, procurement and Referring to the first row of Table II, Dev is granted the delivery modules.
The retail chain stores software product is responsibility R. Therefore, they can access source code used by two customers.
Therefore, the configuration subversion control tool as shown in Fig. While the task repository and modify the source code for rework with management system with integrated teaming is required to be able to release the patches or new development versions control Branch is the responsibility of CM.
The implementation of the design of the repository structure is illustrated in Fig. Meanwhile, the project manager PM determined the Fig. A list of CIs contained in each project team members. The RACI matrix is used for the baseline can be displayed as well. These information is analysis of responsibilities as shown in Table 2. Baseline controls. Figure 5. Code repository. Ptintl - -- 1 etc. Relation Name! Submit baseline. Chrissis, M. Konrad, and S. Ying, X. Lijun, and S.
Wei, "Configuration Management software engineering, Vol. I, pp. Ren, T. Xing, Q. Quan, and Y. Appleton, S. Network management is essentially the process of setting up, administering, and troubleshooting a network , whether for home or business purposes. The purpose of network management is to ensure that the IT side of a business is set up in a resilient, sensible way, which can minimize disruptions, ensure high performance, and help you avoid security issues.
However, business networks are often fairly large and complex, which means the set of tasks a network administrator will need to perform can quickly overwhelm manual efforts. So, how do you manage a network? Is there a difference between centralized and decentralized network management? What is Network Management? Decentralized Network Management. Put simply, there are five main areas that should be part of any effective network management system. There can be some overlap between these categories, but the general breakdown is as follows:.
Network management programs also help to ensure once an issue is flagged, you can troubleshoot it promptly with a solid resolution. As a network scales, it becomes harder and harder to visualize the network in your mind. These tools may use the SNMP protocol or similar to track packet paths and provide a granular look into network traffic.
This kind of deep packet inspection is a proven and effective way to understand network activity more closely. Or you can manage Wi-Fi connectivity with a device heat map. Many of these network performance monitoring tools will also include troubleshooting features so you can find and fix problems in a centralized way.
Configuration management tools also help you with setting up and configuring your network, even with complicated or changing network topologies.
These kinds of tools allow you to deploy software across the entire network and ensure the network is configured in the right way for compliance and regulatory requirements, with appropriate security measures in place.
At the same time, in this environment, network management is a different beast than maintaining a single personal or business network. As such, it can be worth your time to look for tools that simplify network management specifically for MSPs. N-central is compatible with Windows, Mac, and Linux, making it an ideal choice if you have a diverse clientele. It enables you to monitor network, mobile device, and virtual machine performance—as well as perform maintenance and even automate key tasks.
It can also ensure that IP address behavior remains constant, and alerts can be set up if IP address or network behavior changes or becomes alarming. Finally, debugging and security tools are necessary to keep your network healthy, particularly if you keep sensitive, vital, or proprietary information on your servers.
Ensure you use security and virus protection software on your servers and networks to keep your network protected from attacks and malware. Using alerts on your network performance manager, IP address manager, and security tools can help flag unexpected behavior to keep your networks secure and functioning well. Admins must approach network management with an effective strategy and a suite of tools to allow you to do everything in one place.
In this way, you have a better overall picture of your network, which makes it easier to track performance issues, spot security issues as soon as they arise, and perform more network-wide tasks automatically, rather than addressing each device individually.
This reduces the downtime or potential downtime for your network, which maximizes the use of your time. There are a number of best practices you can follow to ensure your network is always in good shape.
Centralized and decentralized networks refer to two differing philosophies for how to best create manageable, effective networks. Most businesses will, in fact, lie somewhere in between these two models, with elements of both. Centralized network management refers to managing a network built around a single server.
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