What This Document Is
This is a completed homework assignment for COM SCI 118: Computer Network Fundamentals at UCLA. It focuses on applying core networking principles to practical problem-solving, demonstrating an understanding of key concepts related to reliable data transfer and network performance. The assignment tackles theoretical scenarios and calculations, requiring students to analyze and interpret network behavior. It’s designed to reinforce learning from lectures and readings through independent application.
Why This Document Matters
This assignment is beneficial for students currently enrolled in COM SCI 118 who are seeking to check their understanding of the material covered in the course. It’s particularly helpful when working through similar problems independently, or preparing for quizzes and exams. Reviewing a completed assignment can offer insights into effective problem-solving approaches and common areas where students might encounter difficulties. It serves as a strong study aid for solidifying foundational knowledge in computer networking.
Topics Covered
* Reliable Data Transfer Protocols (rdt)
* Acknowledgement (ACK) Packet Analysis
* Sliding Window Protocol Considerations
* Network Latency Calculations
* Round Trip Time (RTT) Estimation
* Window Size Optimization
* Transmission Rate and Latency Relationships
What This Document Provides
* Detailed responses to a series of networking problems.
* Application of theoretical concepts to practical scenarios.
* Calculations related to network performance metrics.
* Analysis of protocol behavior under varying conditions.
* A demonstration of problem-solving techniques relevant to computer networking.
* Worked examples illustrating key concepts from the course.
