It is based on an app that I am working on (see this post: https://news.ycombinator.com/item?id=22847429)
119 karma · joined August 9, 2017
It is based on an app that I am working on (see this post: https://news.ycombinator.com/item?id=22847429)
But "creators and inventors" goes in the direction I was thinking. Additionally, innovation consultants, tech. advisors, "policy makers" or people who have to decide on technology but lack technical expertise in certain fields, engineers...
Some surprising aspects:
For tech-analysis, you can accomplish a lot by using a rule-based parsing because the source texts (e. g. patents) have the same sentence structure. In fact, several researches have shown that patent text follow a certain text structure (e. g. SAO, i. e. Subject-Action-Object).
For crypto, this was for more difficult as the text structures were all over the place.
Also, crypto-analysis ("back then") was very messy because it was difficult to find a trustworthy data set. With technologies you can confine it to Wikipedia, patents, scientific papers. There is still a lot to analyze, but at least you have a somewhat official data set.
Also with crypto you have far less data points per company/token/coin which makes it hard for a machine to not disregard it as noise.
Similarly, with tech-evaluation it seems that - because you get so much data from one document (e. g. one patent) you can often disregard a (big?) portion of it and still end up with good results.
Additionally, it seems to me that crypto-analysis was supposed to be far more numbers-heavy (how much funding etc.) and thus the tolerance for error was relatively small. E. g. if you miss one funding (out of three) you can change the company's valuation up to 50%. This happened to me basically all the time which was super frustrating.
The last surprising fact was how difficult and complicated keyword extraction is. For crypto evaluation I just went with relative word frequency (the more a word appears in a text the more important it becomes, assuming it does not appear in all the documents). However, as I have learnt with tech-evaluation, there are maybe four of five strategies for keyword extraction. And this is still an area where I have not found a solid solution for my NLP-case.
Finally, after all the reading that went into building researchly (which is relatively little) I have realized that I know significantly less about NLP than I have initially thought. It still fascinates me what kind strategies/algorithms people come up with.
Thanks for your feedback regarding the main page. I also like the design, but not because I made, but because the developers behind the templates did such a great job: https://startbootstrap.com/themes/sb-admin-2/ + https://blackrockdigital.github.io/startbootstrap-landing-pa...
I probably should give them credit more prominently (right now, I do it only in the source code).
Regarding the "try now": I have never thought that this will be an issue. On the contrary, I thought that different data across different features will enable people to better understand the variety of the product. But what you are saying makes absolute sense. I have added your points to my todo.
Again, thanks a lot for your feedback - it really helped.
How interesting I find the paper's ideas.
Would what the paper proposes work with large data sets and can what the paper proposes be (fully) automated.
Can I implement it (do I understand it enough, do I have access to the data)?
* Exploring technological opportunities by linking technology and products: Application of morphology analysis and text mining (Byungun Yoon a,⁎, Inchae Park a, Byoung-youl Coh b) * Technology opportunity discovery (TOD) from existing technologies and products: A function-based TOD framework (Janghyeok Yoon a, Hyunseok Park b, Wonchul Seo c, Jae-Min Lee d, Byoung-youl Coh d,⁎, Jonghwa Kim a,⁎⁎) * Investigating technology opportunities: the use of SAOx analysis (Kyuwoong Kim1 · Kyeongmin Park1 · Sungjoo Lee1) * Identification and monitoring of possible disruptive technologies by patent-development paths and topic modeling (Abdolreza Momeni a, Katja Rost b,⁎) * A New Product Growth for Model Consumer Durables (Frank M. Bass) * Identifying rapidly evolving technological trends for R&D planning using SAO-based semantic patent networks (Janghyeok Yoon • Kwangsoo Kim) * Innovation hotspots in food waste treatment, biogas, and anaerobic digestion technology: A natural language processing approach (Djavan De Clercq a, Zongguo Wen a,⁎, Qingbin Song b) * TrendPerceptor: A property–function based technology intelligence system for identifying technology trends from patents (Janghyeok Yoon, Kwangsoo Kim)
Technology-related information are: functions (what the technology can do) and properties/components (of what is this technology made up)
Did not know about the Money_multiplier. Cool info, thanks!
"private-public key pairs should be abstracted away to the end user" what do you mean by that?
"I don't think they have the same network effect as credit systems" What kind of network effects to do you see w/ a credit system?
"The regular response from people is "it is crypto money what you expect?" Although we should point out that it is general investing "knowledge" that one can lose everything, this must _never_, as you correctly pointed out, happen due to technical issues. I am just now realizing that it is actually truly crazy how ok people are w/ losing money due to such incidents.
BTW: the only term I can think of is "leaving behind"
As disclosure: I am in no way affiliated w/ Coinbase (nor do I hold any stakes in them). I do, however, own various cryptocurrencies.
And although it is not a blog post, it is very close to it.
Nevertheless, if somebody could spare a few minutes and say whether reading it in presentation format (accompanied with the text if necessary) is better than just the text it would help me out a lot.
Best
This is my first attempt at visualization (using Chart.js & WordPress)