Institute of Computer Science
  1. Courses
  2. 2022/23 spring
  3. Digital Technology - an Overview (LTAT.00.020)
ET
Log in

Digital Technology - an Overview 2022/23 spring

  • Pealeht
  • Loengud
    • Coursera info
  • Kodutööd
    • Ülesanded
  • Hindamine
  • Zulip vestlus
  • Infokirjad
  • Lisamaterjalid
    • Jätkukursused
    • ChatGPT näiteid
  • Muud failid
  • Tagasiside

Examples of discussions with ChatGPT:

What is the most complex program you can synthesize?

As an AI language model, I can generate text for a wide range of programming topics, but I do not have the capability to actually write code or synthesize programs. I can provide information and answer questions about various programming concepts, techniques, and languages, but I cannot create functioning software on my own.

Regarding the complexity of programs, it is difficult to quantify or compare the complexity of different programs. Complexity can depend on many factors, including the size of the codebase, the number of algorithms used, the intricacy of data structures, and the number of interactions and dependencies between different parts of the code.

In general, it is generally considered that some of the most complex software systems are large-scale enterprise systems, operating systems, and scientific simulations. However, the definition of "complex" can vary greatly depending on the context and the perspective of the person evaluating the software.

Keerulised näited andmestruktuuridest:

what are the red-black BST?

A Red-Black Tree is a type of self-balancing binary search tree, where each node is colored either red or black. The concept of coloring nodes helps in maintaining the balance of the tree, ensuring that it remains approximately balanced, which results in a search time complexity of O(log n).

The following are some of the properties of Red-Black Trees:

- Every node is either red or black. - The root node is always black. - Every leaf node (NULL) is black. - If a node is red, then both its children must be black.

For each node, all simple paths from the node to descendant leaves contain the same number of black nodes.

These properties help ensure that the height of the tree remains proportional to log n, where n is the number of nodes in the tree. This results in efficient search, insertion, and deletion operations, making Red-Black Trees a commonly used data structure for indexing and searching large amounts of data.

In which languages can you show examples of red-black trees?

I can provide examples of Red-Black Trees in various programming languages including:

  • C++
  • Java
  • Python
  • JavaScript
  • Ruby
  • Swift

Let me know which programming language you would like an example in and I will provide a code snippet for you.

python

Here is a basic example of a Red-Black Tree implemented in Python:

  • Institute of Computer Science
  • Faculty of Science and Technology
  • University of Tartu
In case of technical problems or questions write to:

Contact the course organizers with the organizational and course content questions.
The proprietary copyrights of educational materials belong to the University of Tartu. The use of educational materials is permitted for the purposes and under the conditions provided for in the copyright law for the free use of a work. When using educational materials, the user is obligated to give credit to the author of the educational materials.
The use of educational materials for other purposes is allowed only with the prior written consent of the University of Tartu.
Terms of use for the Courses environment