Taking Automata Theory and Analysis of Algorithms together?

In summary, the individual is faced with a decision between taking operating systems and automata theory or analysis of algorithms and automata theory for the summer semester due to class restrictions. There are concerns about the difficulty of algorithms and the potential impact on finances and academic success. It is mentioned that the individual's interest in CS theory may play a role in their experience with algorithms. Additionally, it is noted that there are different approaches to teaching the class, with one being more mathematical and the other more intuitive.
  • #1
ChakanaX
6
0
So I'm at a bit of a cross roads. For this summer semester, due to class restrictions I can only take either operating systems with Automata Theory, or Analysis of Algorithms with Automata Theory. I've heard from many people that Algorithms is a nightmare, and I'm not sure if taking Automata with algorithms is a smart idea. I don't have any withdrawals left to drop the class if i can't handle it, so it's either i don't take it and potentially save myself from a train wreck, or bite the bullet. I'm also working part time during the summer but i can minimize my hours if need be. If i choose to not take it, I would have to pay 700~ out of pocket which would hurt my finances but i think i can handle it. I could use some major feedback and opinions on this, how hard is algorithms? And would it be academic suicide taking Automata with it? I don't know what to expect..
 
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  • #2
It really depends on you. When I was a student I did not have any interest in CS theory. My focus was on computer architecture, operating systems, and networks. When I took analysis of algorithms I hated it. That attitude made it difficult. Over a decade later, as a working software engineer, I love studying algorithms! I don't think the material is hard if you enjoy it. If you are completely put off by the notion of algorithm analysis, you may find it to be a bit of a struggle.

To complicate matters, the class can be taught a couple different ways. One way is very mathematical (see Robert Sedgewick's "Analysis of Algorithms" book), while the other way is a bit more intuitive (see Steve Skiena's "Algorithm Design Manual" book).
 

1. What is Automata Theory?

Automata Theory is a branch of computer science that studies abstract machines and their computational capabilities. It is used to model and analyze the behavior of computational systems, such as algorithms, programs, and languages.

2. What is the importance of studying Automata Theory?

Studying Automata Theory helps in understanding the fundamental concepts of computation and provides a theoretical foundation for computer science. It also has practical applications in areas such as compiler design, artificial intelligence, and natural language processing.

3. What is Analysis of Algorithms?

Analysis of Algorithms is the study of the performance and efficiency of algorithms, with the goal of understanding their behavior and predicting their running time and space requirements. It involves mathematical techniques to measure and classify algorithms based on their time and space complexity.

4. How are Automata Theory and Analysis of Algorithms related?

Automata Theory and Analysis of Algorithms are closely related as they both deal with the study of computational systems. Automata Theory provides the theoretical framework for analyzing algorithms, while Analysis of Algorithms helps in understanding and improving the efficiency of automata.

5. What are some practical applications of taking Automata Theory and Analysis of Algorithms together?

Studying Automata Theory and Analysis of Algorithms together can help in developing efficient and optimized algorithms for various applications, such as data compression, network routing, and cryptography. It also provides a strong foundation for pursuing advanced topics in computer science, such as complexity theory and machine learning.

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