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ECM651 Performance Evaluation Of Communications Networks UITM Assignment Sample, Malaysia

The ECM651 course at UiTM in Malaysia focuses on the evaluation of communication networks. It delves into topics such as Queuing Models, Advanced Loss Systems, Multi-Dimensional Loss Systems, Network Analysis, and Simulation. Students will explore the principles and techniques used to assess the performance of communication networks, gaining a deep understanding of how data flows and is managed in these systems. This course equips students with valuable skills to analyze and optimize network performance, making them well-prepared for the challenges of the dynamic field of communications.

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Assignment Task 1: Apply various mathematical techniques for the evaluation of multimedia loss and delay communication networks.

In this assignment task, your objective is to use various mathematical methods and tools to assess the performance of communication networks, specifically focusing on issues related to multimedia loss and delay. Here’s a more detailed explanation:

Applying Mathematical Techniques: Your primary task is to utilize a range of mathematical methods and tools. These mathematical techniques will help you quantitatively analyze and understand the performance of communication networks.

Multimedia Loss and Delay: You are specifically concerned with two critical aspects of communication networks:

  • Multimedia Loss: This involves the loss of data or information in multimedia content (e.g., video, audio, images) as it is transmitted over the network. Your task is to quantify and evaluate the extent of data loss and the factors contributing to it.
  • Delay: Delay refers to the time it takes for data to travel from one point to another within the network. For multimedia applications, minimizing delay is essential for maintaining real-time, high-quality communication. You’ll analyze and quantify network delays.

Communication Networks: The context of your analysis revolves around different types of communication networks, including the internet, local area networks (LANs), wide area networks (WANs), and specialized multimedia networks used for various applications.

Mathematical Models: To perform this analysis, you’ll likely use mathematical models. These models can help you represent and understand how multimedia data is transmitted, processed, and affected by loss and delay within the network.

Data Analysis: You’ll need to collect and analyze relevant data to assess multimedia loss and delay. This analysis may include statistical methods, probability theory, and other mathematical tools to gain insights into network performance.

Objectives: Your analysis should aim to achieve specific objectives. These might include identifying the causes of multimedia loss and delay, assessing the impact on the quality of multimedia content, and proposing potential solutions or optimizations.

Report: Your findings and conclusions should be documented in a report. This report should detail the methodology used, the results of your analysis, and any recommendations or insights for improving multimedia communication network performance.

In summary, Assignment Task 1 involves using mathematical techniques to evaluate how well communication networks handle multimedia content, with a particular focus on data loss and delays. This quantitative analysis is crucial for ensuring the quality and reliability of multimedia communication and for making informed decisions regarding network improvements.

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Assignment Task 2: Analyze the performance of communication networks.

In this assignment, your objective is to assess and evaluate the performance of communication networks. Let’s break down the key components of this task:

  • Performance Analysis: You are expected to examine and assess the effectiveness and efficiency of communication networks. Performance can be evaluated from various perspectives, including speed, reliability, capacity, and overall quality of service.
  • Communication Networks: This term refers to the systems and infrastructure that enable information exchange. These networks can encompass a wide range of technologies, such as the internet, mobile networks, wired networks, or even specialized communication systems used in specific industries.
  • Analysis: This involves a systematic and thorough examination of network performance. You may need to consider factors like network latency, bandwidth, packet loss, throughput, and response times. Analysis could also include evaluating how well the network supports different types of communication, such as voice, video, and data.
  • Assessment Metrics: Depending on the context, you might use various metrics and benchmarks to assess network performance. These metrics can include ping times, jitter, error rates, and Quality of Service (QoS) indicators.
  • Objectives: Your analysis should aim to achieve certain objectives. These objectives could be identifying bottlenecks in the network, determining areas for improvement, ensuring compliance with service level agreements (SLAs), or optimizing network resources.
  • Methodology: To carry out the analysis, you might need to employ various tools and methodologies. This could involve network monitoring software, data collection, simulations, and statistical analysis.
  • Report: Ultimately, you are likely expected to compile your findings and insights into a report. This report should present a clear picture of the network’s performance, highlight any issues or strengths, and possibly offer recommendations for improvement.

In summary, Assignment Task 2 is about critically evaluating how well a communication network functions. This analysis is vital for maintaining the quality and reliability of communication services and for making informed decisions regarding network optimization and enhancement.

Assignment Task 3: Design simulation performance models of communication protocols in a LAN environment.

This assignment task entails the creation of simulation models to assess the performance of communication protocols within a Local Area Network (LAN) setting. Let’s break down the key components of this task:

  • Design Simulation Models: Your primary objective is to create simulation models. These models are computer-generated representations of a LAN environment that mimic real-world conditions. They are used to analyze and understand how different communication protocols function within the LAN.
  • Communication Protocols: Communication protocols are sets of rules and conventions that govern how data is transmitted and received in a network. Examples of LAN protocols include Ethernet, Wi-Fi (802.11), and TCP/IP (Transmission Control Protocol/Internet Protocol). Your task is to focus on specific protocols within the LAN.
  • LAN Environment: This refers to the specific local network you are analyzing. LANs are typically confined to a limited geographic area, like an office building or a campus. You will design your simulation to reflect the characteristics and conditions of this LAN.
  • Simulation: In this context, simulation means creating a virtual environment that behaves like a real LAN. You will define the LAN’s topology, including devices, connections, and network traffic. By simulating network activities, you can observe how communication protocols perform in different scenarios.
  • Performance Analysis: Your models will be used to analyze the performance of the selected communication protocols. This analysis might involve measuring metrics such as throughput, latency, packet loss, and network congestion under various conditions.
  • Objectives: Your simulation should be designed with specific objectives in mind. These objectives could include comparing the performance of different protocols, identifying areas for optimization, or assessing the network’s ability to handle specific applications or workloads.
  • Tools and Software: To build and run these simulation models, you may need specialized software or tools. Tools like NS-3, OMNeT++, or simulation features in programming languages like Python or Java are commonly used for this purpose.
  • Report: Your findings and insights from the simulation models should be documented in a report. This report should outline the methodology, present the results, and draw conclusions about how the communication protocols perform in the LAN environment.

In summary, Assignment Task 3 requires you to create simulation models of a LAN environment to analyze the performance of specific communication protocols. These simulations serve as a valuable tool for understanding how network protocols function and for making informed decisions about protocol selection, optimization, or troubleshooting within a LAN context.

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