Isn’t that what Semantic-Vectors is doing?
E.g. https://github.com/Ontotext-AD/semanticvectors
Paul
On 30 Jan 2024, at 20:50, William Zhou wrote:
> Is there a way of directly executing an exact nearest neighbor search? It
> seems like the API provides some general functionality, and we can force
William,
When I first read this question, I thought to myself, "why would anyone
want to do that?" Then I remembered that with search engines everyone wants
everything. Without thinking too much about it, I think you have a lot of
options as always. Two that come to mind:
1. To retrieve the value
Re your "second" question about suboptimal results, I think Nils Reimers
explains quite nicely why this might happen, see for example
https://www.youtube.com/watch?v=Abh3YCahyqU
HTH
Michael
Am 30.01.24 um 15:48 schrieb Moll, Dr. Andreas:
Hi,
the hnsw documentation for the Lucene HnswGraph
Hi,
the hnsw documentation for the Lucene HnswGraph and the SolR vector search is
not very verbose, especially in regards to the parameters hnswMaxConn and
hnswBeamWidth.
I find it hard to come up with sensible values for these parameters by reading
the paper from 2018.
Does anyone have experie
Hi,
please read the documentation. It is explained in detail:
https://lucene.apache.org/core/8_11_0/core/org/apache/lucene/analysis/package-summary.html#package.description
There are also many blog posts about this change (which was done now
almost 15 years ago)!
Uwe
Am 30.01.2024 um 11:30
Hello Rajib,
Check OffsetAttribute.
On Tue, Jan 30, 2024 at 1:31 PM Saha, Rajib
wrote:
> Hi,
>
> In our project for Lucene migration from 2.4.0 to 8.11.2, we need your
> suggestion to address a case.
> With Lucene 2.4.0, we were using the kind of below code snippet.
> With Lucene 8.11.2[Written
Hi,
In our project for Lucene migration from 2.4.0 to 8.11.2, we need your
suggestion to address a case.
With Lucene 2.4.0, we were using the kind of below code snippet.
With Lucene 8.11.2[Written snippet below], we need to extract the startOffset &
endOffset value for further some calculation s
