Main

type

0 (not classified)

status

30 (imported + raw text content deleted)

review version

0

cleanup version

0

pending deletion

0 (-)

created at

2025-10-06 19:10:13

updated at

2025-10-06 19:10:14

Address

url

https://www.leidos.com/insights/how-machine-learning-can-help-military-make-more-accurate-predictions-intermittent-demand

url length

121

url crc

45598

url crc32

3792613918

location type

1 (url matches target location, page_location is empty)

canonical status

10 (verified canonical url)

canonical page id

2692702711

Source

domain id

11007657

domain tld

2211

domain parts

0

originating warc id

-

originating url

https://data.commoncrawl.org/crawl-data/CC-MAIN-2025-33/segments/1754151567216.67/warc/CC-MAIN-20250813090531-20250813120531-00946.warc.gz

source type

11 (CommonCrawl)

Server response

server ip

104.18.24.52

Publication date

2025-08-13 11:00:41

Fetch attempts

0

Original html size

74611

Normalized and saved size

58147

Content

title

How machine learning can help the military make more accurate predictions of intermittent demand

excerpt

content

How machine learning can help the military make more accurate predictions of intermittent demand Military service branches rely on modeling, simulation and training systems to enhance warfighter readiness. Like all systems, they are composed of hardware and software components that experience wear and tear and require upgrades, repairs, or replacement over time.  Analyzing military systems to find the most efficient way to sustain system components in the supply chain is a research area of interest for Dr. Corey Hendricks, vice president and chief engineer at Leidos. We caught up with Hendricks after he presented a technical paper titled “Comparison of Intermittent Demand Forecasting Methods in Predicting the Repair of Simulators based upon System State” at I/ITSEC. Answers have been edited for clarity and length.  What is interm...

author

updated

1762507902

Text analysis

block type

0

extracted fields

233

extracted bits

featured image
title
full content
content was extracted heuristically
OpenGraph suggests this is an article

detected location

0

detected language

1 (English)

category id

Zastosowania AI (149)

index version

2025110801

paywall score

0

spam phrases

1

Text statistics

text nonlatin

0

text cyrillic

0

text characters

6131

text words

1090

text unique words

464

text lines

1

text sentences

58

text paragraphs

1

text words per sentence

18

text matched phrases

19

text matched dictionaries

5