Advanced Algorithms (COMPSCI 224), Lecture 1 | Summary and Q&A

TL;DR

This video introduces the CS224 course, covering advanced algorithms, logistical details, grading components, and course goals.

Transcript

so this is cs224 Advanced algorithms uh my name is gelani Nelson uh and we have a TF who's in the back it's Jeffrey with his hand up if you want to contact us uh you should email cs224 df14 D staff at C's. harvard.edu um also there's a a yellow sheet of paper that's going around you should fill it out uh let's see what else should I say and there's... Read More

Key Insights

• 🧑‍🏫 CS224 is an advanced algorithms course taught by Professor Gelani Nelson.
• 😫 The course has three grading components: scribing, problem sets, and a final project.
• 🇻🇺 The Van Emde Boas Trees and Y Fast Trees are two data structures discussed in the course.
• 🤩 The key takeaway is that these data structures have fast query times and different space complexities.
• 😫 The importance of timely submission and following the specific guidelines for problem sets is emphasized.
• 🤘 Students are encouraged to sign up for the course mailing list to receive important updates and announcements.
• 💁 The video provides logistical details about the course, including contact information and website resources.

Questions & Answers

Q: How is the CS224 course graded?

CS224 is graded based on three components: scribing (10%), problem sets (60%), and a final project (30%).

Q: What are the two data structures discussed in the video?

The two data structures discussed are the Van Emde Boas Trees and the Y Fast Trees.

Q: What is the purpose of the scribing component in the grading?

The scribing component requires students to take notes on lecture content and is worth 10% of the final grade.

Q: How are the problem sets submitted in CS224?

Problem sets are submitted via email and have page limits to ensure concise and thoughtful responses.

Summary & Key Takeaways

• The video introduces CS224, an advanced algorithms course, taught by Professor Gelani Nelson, with teaching fellow Jeffrey.

• The course has three grading components: scribing (10%), problem sets (60%), and a final project (30%).

• There are two data structures discussed: the Van Emde Boas Trees and the Y Fast Trees, both of which have fast query times and various space complexities.