20873 - ANALYSIS OF ALGORITHMS AND DATA STRUCTURES
Course taught in English
Go to class group/s: 31
Synchronous Blended: Lessons in synchronous mode in the classroom (for a maximum of one hour per credit in remote mode)
Efficient algorithms and data structures lie at the core of computing. In this course students will get a chance to revise basic and learn advanced algorithms for fundamental computational problems. They will also learn techniques for designing and analysing algorithms, and apply them to new problems.
Dynamic programming for algorithm design
Analysis of greedy algorithms
- Shortest paths
- Strong connectivity and biconnectivity
- Network flows and matchings
- Modelling computational problems using graphs
- Binary search trees
- Range queries
Hardness of computational problems
- Fine-grained complexity lower bounds
- describe classic algorithms and data structures;
- analyse correctness and efficiency of algorithms;
- define basic concepts from computational complexity;
- understand sources of hardness of computational problems.
- implement algorithms covered in class;
- model problems stated in natural language as formal computational problems;
- design and implement algorithms, and analyse their correctness and efficiency, using basic and advanced algorithmic techniques.
- Face-to-face lectures
- Exercises (exercises, database, software etc.)
- Individual assignments
Homework exercises will involve designing and analysing algorithms for posted problems. Students will present their solutions in class.
There will be also individual programming assignments that involve implementing algorithms learned in class. Students will submit their solutions via an online system that will provide them with live feedback.
There will be a final exam, homework assignments (to be presented in class), and programming assignments. Assignments are not mandatory. The final grade will be calculated by taking for each student the best outcome out of the following two ones:
(a) The final exam, homework assignments, and programming assignments each contribute 33⅓% of the final grade.
(b) The final exam contributes 100% of the final grade.
The exam and homework assignments will test the students' understanding of basic concepts presented in class, and their ability to apply learned algorithms and algorithm design techniques to new computational problems stated in natural language, explain and implement proposed solutions, and reason about their correctness and efficiency. The programming assigments will test the students' ability to understand and implement algorithms learned in class.
T.H. Cormen, C.E. Leiserson, R.L. Rivest, C. Stein, Introduction to Algorithms, MIT Press, 3rd edition.
Additional materials – e.g., research papers, technical reports, notes – to be posted on the course website throught the semester.