488 karma · joined February 21, 2020
I'm not really sure what it means for the forking mechanism. I would be grateful if you could show me a link to the resource for the forking mechanism you mentioned.
As for the tree structure, the tree structure is already reflected to some extent. As with breadth-first search, the questions starts from the higher level, but when the parent node is in the wrong state, the child node does not appear in the problem. I'll search more about the half-life regression you mentioned!
For now, I will focus on functions as a basic SR program for the time being. So the next big updates are: The feature to manage contents through a tree structure, the feature to divide media such as images into multiple parts to make it questions, and of course mobile app.
And, actually, I have more ambitious goals than just the SR program. My goal for this is to build an integrated learning environment. In my opinion, the ability to hold personal knowledge can be small but right entry point for bigger things.
Specifically, the first is a ML-powered learning resource viewer. If you can simply view multiple formats (pdf, video, etc) in one place and make it work with LO on the spot, that would be good. But it can go further than that. Now, text readers are all bad, because I think they aren't taking full advantage of the digital interactivity. They are just putting paper books on the screen. I want to build a viewer that allows users to interact with texts using ML (like IDE for reading).
The second is a finder of learning resources. Now, the learning resources are quite scattered, and I think it would be nice to be able to manage various learning resources in one place. I think that way, I can build an app like Netflix for learning resources.
And like any other edtech software, I may be able to make it possible for users to collaborate with others in this app. But I don't have many ideas for this part yet.
When I first started to learn coding, I used Anki and the old tried-and-tested Spaced Repetition algorithm, but it wasn't suitable for more complex, general topics like Mathematics or Physics. Because of that, Spaced Repetition has always been widely overlooked despite its proven effectiveness in learning.
I wanted to unlock this effectiveness for a wider audience by building LearnObit, a tool that combines tree-structure note-taking tools with Spaced Repetition so that you can apply it to more than just simple fact pairs.
And now it even has the feature to export data to Anki, so you can leave with your data when you decide not to use it! (Of course I don't want anyone to use it, but I couldn't help it, because people wouldn't start using it without this in the first place...)
Anyway, I'll be here anytime if you have any questions for me. Thanks for your time.
I should consider whether the early startup even without funding can afford to choose that path.
1) I agree with the advantages of open source, but this project is commercial, so I have to find a way to make money. :(
2) Right. If I die, I will disappear. It wasn't rigid enough.
3) Gathering all the features in this app is not the goal. As for Todolist, it was not intended to be for general planning, but rather to assist in organizing knowledge. In context, one of the app's goals is to create specialized tools for organizing knowledge. Other tree-structured apps (e.g. Workflowy, Dynalist) are not specialized for organizing knowledge; instead they have a general purpose that can be used everywhere. I think this limits their functionality. LearnObit will implement specialized functions for organizing knowledge, not for general purposes.
4) I am thinking about the structure of knowledge that is not the tree structure. What I'm now going to implement further is for 1:1 pairs, which fit conventional SRSs like Anki. The app will deal with this by implementing a spreadsheet-like interface. I also understand that there is knowledge with graph structures, as you say. But I don't have an idea yet about what interface to deal with. Perhaps I will come up with ideas later.
5) For the tool you want, https://roamresearch.com/ might be good. This is a tool that combines Workflowy and Wiki.
I'm embarrassed to show you an incomplete app, but anyway I think now I've fixed all the parts which received the feedback, Including proofreading the entire contents of the landing page.
For the past 2 years, I have been working on LearnObit ( https://learnobit.com): a new and rapid way to learn anything.
When I first started programming, I used Anki and the old tried-and-tested Spaced Repetition algorithm. This was great for word-pairing (such as when you learn French or another language), but didn't suit for more complex, general topics like Mathematics or Physics. Because of that, Spaced Repetition has always been widely over-looked despite its proven effectiveness in learning-retention.
I wanted to unlock this effectiveness for a wider audience by building LearnObit, a note-taking tool which lets you organize and structure complicated/layered information then manage this via Spaced Repetition as easily as you use flash cards today.
I'll be here anytime if you have any questions for me. Thanks for your time.