Notes On Lan Management Performance And Security Management

The first step in the process is to identify and define the problem at hand. During this step, all the information is gathered and looked over. This allows for the problem to be clearly identified and hopefully making the whole process easier. Step two of the process is to begin generating possible solutions. In this step, managers can begin formulating one or several potential solutions (Lombardi, Schermerhorn, & Kramer). Before going onto step three, some additional information may be required, because step three is when a plan of action is chosen. In the fourth step, the chosen plan is implemented. It is the responsibility of the manager to make sure this portion goes smoothly. Everyone on the team should know exactly what they should be doing. The final step in the process is to review the results. In reviewing the outcome of the action plan that has been chosen, you may find things that need to be altered and you may find things that are going perfectly. At this point the appropriate changes should be made.

Identify the current problem: The first step is identifying what in the system is going wrong and what needs to be changed. So first you should start with audit process, which will identify current issues or potential risks, which may occur in your company. From this report you will be able to know which areas in your company in need to be improved firstly. Also you should review which processes have higher impacts on your company, stakeholders, resources

Downtime refers to a period of time that a system fails to provide or perform its primary function. The term is commonly applied to networks and servers. Server downtime, a period of time when the server is unusable, is prevented by close monitoring and management of key server metrics. Server downtime can result from several problems such as overloaded processors, rapidly expanding memory usage, disk errors and many more. Through the study of this client’s server downtime, management and

Network improvement has become follower in today’s modern life. The more we work the more we are affected to network and thus normally having always new requirements. To implement more efficient methods is needed first to predicate them. This predication needs to be developed before the requirements are very high. Users always expect more from networking while they compare old and current methods they’re working on. If network improvement performs poorly it would damage many businesses, consumer satisfaction etc, thus forthcoming of network should always be improved and not go down. One of the greatest improvements made on network field was

Step 4: “Have the team list failure modes and causes” (Failure Modes and Effects Analysis (FMEA) Tool, 2017). List of anything that could possibly go wrong and that would prevent the process steps from being successful. Some actions will benefit to avoid multiple problems. Recheck the improved process and consult management for

Security measures are safeguard that addresses a threat and mitigates risk. Network security means protecting network infrastructure and information systems from unauthorized access, use, disclosure, disruption, modification, or destruction. Security management is a process of defining the security controls in order to protect the network infrastructure as well as information assets.

A configuration management is a process that ensures whether all the different components of the information system deliverable are coordinated in order to get a working final product.

This paper describes the basic threats to the network security and the basic issues of interest for designing a secure network. it describes the important aspects of network security. A secure network is one which is free of unauthorized entries and hackers

Pinpointing the location and specific misconfigured parameters is time consuming, and usually requires skilled, high-cost network support personnel. Because service issues span multiple technologies, such as RAN and backhaul networks, input from multiple subject matter experts is often required (8).

As the complexity of your IT environment grows, so will the volume of problems or issues associated with it. And for any size business, downtime is a concern. And it’s costly.

MANAGEMENT OF ACCESS TO LAN, LAN PERFORMANCE AND SUPPORT ISSUES, VIRUSES ON LAN ASSESSMENT: 2 Date: 01-3-2015 Submitted by: Prashanth rao .S Student ID: i145013 Tutor Name: Henry He Cohort No: 70115 Word Count: 3,293 1.

Configuration identification allows, "…IT establish a baseline from which system changes are made" (Fournier, 1999, p. a10). The initial step in developing a sound configuration-management plan is to account for the products under IT’s authority. Next, configuration control records and evaluates any system changes. "The third step in this four-phase process is configuration auditing, which verifies that the set of configuration items that defines the structure or bill of material of a product is complete" (Fournier, 1999, p. a11). Configuration audits are done randomly to verify that associates, who are participating in the configuration process, follow the written configuration-and change-management procedures. Additionally configuration auditing validates the effectiveness of configuration-and-change management policies over a period of time. If changes need to be made, processes are modified to meet "…evolving development and maintenance best practices" (Fournier, 1999, p. a11). Lastly, status accounting entails documenting and maintaining a continuous record "…of all baseline configuration components, along with all the proposed changes with their dispositions" (Fournier, 1999, p. a11). In summary, "…higher levels of application availability and performance" are the primary benefits of configuration management (Fournier, 1999, p. a12).

Abstract: Telecommunication networks are becoming more and more complex, as a result telecommunication operators are facing big operational problems to monitor or manage the performance of the system. Telecommunication Management Network (TMN) is the framework developed by International Telecommunication Union - Telecommunication Standardization Sector (ITU-T) for managing telecommunications networks and services. Performance Management (PM) is one of the five core management functionalities identified by ITU-T. A Network Management System (NMS) falls under the Network Management Layer of the TMN. This paper provides the foundation for understanding PM principles and PM operation workflow by analyzing architecture for a PM System in NMS and to understand the challenges in the implementation of PM System

Hence a fast acting mind is required that takes care of this problem. To solve this problem PLC (Programmable logic controller) comes into the picture. It is used to operate relays (a type of switch) which in turn assists the CB (circuit breaker) to isolate the faulty part from the healthy one as quick as possible. It operates as per the logic stored in the mind of the PLC by the user.

Objectives: Upon completion of the independent study, I will have acquired knowledge of network administration and cover a wide range of technologies used in a network or telecommunications network. Gain confidence in methods of field research gather and analyzed personally collected data, and finally, produce a professional paper in the field of network administration. Also, I would have established a more professional work and research habit.