Cyber Engineering Assignment Help

CTEC5805 Cyber Engineering Assignment

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Learning Outcomes -

LO1. Design and understanding various components of communication systems.

Answer: Communication systems are designed to effectively transmit information between two or more points. Understanding their components is crucial for effective communication. Key elements include the information source, which generates the message; the transmitter, which converts the message into a suitable signal for transmission; the communication channel, which carries the signal; the receiver, which decodes the signal; and the destination, which receives the decoded message. Other important components may include transducers, amplifiers, modulators, antennas, and noise sources. Effective design involves careful consideration of these components and their interactions to ensure efficient and reliable communication.

LO2. Designing and understanding of communication transmitter and receiver.

Answer: The transmitter and receiver are crucial components of any communication system. The transmitter converts information into an electromagnetic signal suitable for transmission over the communication channel. This involves encoding the information, modulating the signal, and amplifying it for transmission. The receiver, on the other hand, receives the transmitted signal, amplifies it, demodulates it to extract the original information, and decodes it to recover the intended message. The design of these components involves careful consideration of factors such as the type of information being transmitted, the desired transmission distance, the available bandwidth, and the presence of noise and interference. Effective design ensures efficient and reliable communication between the transmitter and receiver.

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LO3. Understanding and designing of autonomous network with digital technologies.

Answer: Autonomous networks leverage digital technologies like artificial intelligence, machine learning, and big data analytics to automate network operations, optimize performance, and enhance service delivery. This involves designing networks with self-healing capabilities, predictive maintenance, and intelligent resource allocation. Key considerations include developing robust algorithms for network control, ensuring data security and privacy, and establishing clear performance metrics for autonomous systems.

LO4. Understanding and designing of medium access techniques with the required specifications.

Answer: Medium access techniques, such as CSMA/CD and CSMA/CA, regulate how devices share a common communication channel to prevent collisions and ensure efficient data transmission. Designing these techniques requires careful consideration of factors like network topology, traffic patterns, and desired throughput. Key specifications include collision detection/avoidance mechanisms, backoff algorithms, and channel access priorities. Effective design minimizes collisions, maximizes channel utilization, and provides fair access for all devices on the network.

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Tasks -

Task 1 - Briefly describe each component and step in the design and simulation (using LTSpice) of a single tuning circuit that can receive frequencies of 56MHz, 80MHz and 93MHz.

Task 2 - Briefly describe each component and step in the design and simulation (using LTSpice) of a bandpass filter that can pass frequencies from 80MHz to 104MHz. How can you improve the quality and selectivity of a filter?

Task 3 - Design and describe an indirect FM modulator to generate an FM carrier with the carrier frequency of 96MHz and frequency deviation of 20KHz. A narrow band FM generator with a carrier frequency of 200KHz and adjustable frequency deviation in the range of 9 to 10 Hz is available. The stock room also has an oscillator with adjustable frequency in the range of 9 to 10MHz. There is a bandpass filter with any centre frequency, and only frequency doublers are available.

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Task 4 - Briefly describe each step in the design of a CAN communication network for a car that consists of a central unit (ECU) and four monitoring systems (fuel, brake, heating, engine). Use your "P" number as your ECU input identifier. Use a filter and mask to differentiate messages from different monitoring systems and discuss the assigned filter ID and mask ID.

Task 5 - Briefly describe each step in the design of a channel access technique for 4 users using TDMA, FHSS and CDMA along with a flow chart.

Maximum word limit: 3000 words for the main task(s). It does not include the cover page, table of content, references and appendices.

Navigating the complex world of CTEC5805 can feel like hacking a high-security network. But fear not, cyber warrior! This guide will equip you with the essentials to tackle any assignment with confidence.

Master the Fundamentals:

Secure Architecture: Understand the principles of secure design and build robust systems from the ground up.
Cryptographic Concepts: Grasp encryption, hashing, and key management to ensure data confidentiality and integrity.
Network Security: Fortify your defenses against vulnerabilities and threats, mastering firewalls, intrusion detection, and incident response.

Delve Deeper into Specialization:

Penetration Testing: Hone your offensive skills, identifying weaknesses and exploiting vulnerabilities to improve defenses.
Malware Analysis: Unmask the enemy, dissecting malicious code and understanding its tactics and techniques.
Digital Forensics: Preserve and analyze digital evidence, reconstructing incidents and bringing perpetrators to justice.

Sharpen Your Tools:

Command Line Kung Fu: Master essential Linux commands and scripting to navigate the cyber battlefield effectively.
Security Tools & Frameworks: Utilize industry-standard tools for vulnerability scanning, network analysis, and incident response.
Stay Up-to-Date: The cyber landscape is ever-evolving - keep your knowledge current by following industry trends and research.

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