AI-Driven Prediction and Optimization of Heat Transfer in Thermal Energy Systems

2025•Saravanakumar¹ K, Palaniswamy² D, Mehanathan Selvaraj¹, Shenbagaraj¹ R, Saravanakumar K

dpid://696/v1

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FAIR Assessment

Findable • Accessible • Interoperable • Reusable

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Version History

Resolve API

Version 1Latest5 months ago

CID:bafkreicemm5xemj5ytwuecthlzlge7dw6h3op2nxmf46lzdwqy5yoifdj4bafkreic...5yoifdj4

Raw JSON-LD MyST

Technical Details

Source

ceramic

Owner

0x8d4c181ded255f2151755ee7208f967b92b1e385

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dpid://695

API Endpoints

Query API Endpoint

Single call (dPIDs are sequential):

https://dpid.org/api/v2/query/dpids?page=696&size=1&sort=asc&metadata=true

Page DataJSON

dPID API lookup with basic metadata

Resolve API Endpoint

http://beta.dpid.org/api/v2/resolve/dpid/696

LatestJSON

Direct access to latest version metadata

History API Endpoint

http://beta.dpid.org/api/v2/query/history/696

All VersionsJSON

Complete version history and timestamps

Format Endpoints (Version 1)

Raw Data

https://dpid.org/696/v1?format=raw

JSON-LD

https://dpid.org/696/v1?format=jsonld

MyST

https://dpid.org/696/v1?format=myst

Files & Data Endpoints

Root Directory

https://dpid.org/696/root?format=raw

Files & FoldersJSON

Browse file structure and download files