Main

related bits

0

processing priority

3

site type

0 (generic, awaiting analysis)

review version

11

html import

20 (imported)

Events

first seen date

2024-11-26 02:08:37

expired found date

-

created at

2024-11-26 02:08:37

updated at

2025-05-03 15:03:10

Domain name statistics

length

18

crc

11188

tld

86

nm parts

0

nm random digits

0

nm rare letters

0

Connections

is subdomain of id

87719371 (github.io)

previous id

0

replaced with id

0

related id

-

dns primary id

0

dns alternative id

0

lifecycle status

0 (unclassified, or currently active)

Subdomains and pages

deleted subdomains

0

page imported products

0

page imported random

0

page imported parking

0

Error counters

count skipped due to recent timeouts on the same server IP

0

count content received but rejected due to 11-799

0

count dns errors

0

count cert errors

0

count timeouts

1

count http 429

0

count http 404

0

count http 403

0

count http 5xx

0

next operation date

2024-11-28 06:08:43

Server

server bits

server ip

-

Mainpage statistics

mp import status

20

mp rejected date

-

mp saved date

-

mp size orig

9727

mp size raw text

2184

mp inner links count

0

mp inner links status

1 (no links)

Open Graph

title

description

FiG-NeRF: Figure-Ground Neural Radiance Fields for 3D Object Category Modelling.

image

site name

author

updated

2026-02-22 05:54:20

raw text

FiG-NeRF FiG-NeRF: Figure Ground Neural Radiance Fields for 3D Object Category Modelling Christopher Xie 1 , Keunhong Park 1 , Ricardo Martin-Brualla 2 , Matthew Brown 2 1 University of Washington, 2 Google Research International Conference on 3D Vision - 3DV, 2021 arXiv FiG-NeRF can learn high quality 3D object category models from casually captured images of objects. Abstract We investigate the use of Neural Radiance Fields (NeRF) to learn high quality 3D object category models from collections of input images. In contrast to previous work, we are able to do this whilst simultaneously separating foreground objects from their varying backgrounds. We achieve this via a 2-component NeRF model, FiG-NeRF , that prefers explanation of the scene as a geometrically constant background and a deformable foreground that represents the object category. We show that this method can learn accurate 3D object category models using onl...

Text analysis

redirect type

0 (-)

block type

0 (no issues)

detected language

1 (English)

category id

Pozostałe (16)

index version

1

spam phrases

0

Text statistics

text nonlatin

0

text cyrillic

0

text characters

1673

text words

286

text unique words

158

text lines

43

text sentences

13

text paragraphs

3

text words per sentence

22

text matched phrases

0

text matched dictionaries

0

RSS

rss path

rss status

1 (priority 1 already searched, no matches found)

rss found date

-

rss size orig

0

rss items

0

rss spam phrases

0

rss detected language

0 (awaiting analysis)

inbefore feed id

-

inbefore status

0 (new)

Sitemap

sitemap path

sitemap status

1 (priority 1 already searched, no matches found)

sitemap review version

1

sitemap urls count

0

sitemap urls adult

0

sitemap filtered products

0

sitemap filtered videos

0

sitemap found date

-

sitemap process date

-

sitemap first import date

-

sitemap last import date

-