Research Fingerprints
Automated semantic analysis of research output.
Core Expertise
Semantic Radar
Complete Taxonomic Profile
Artificial intelligence analyzes all abstracts and manuscript metadata to precisely map the consistency and weight of research fields.
Computer science100%
Artificial intelligence43%
Operating system41%
Embedded system35%
Engineering31%
Biology29%
Computer network27%
Machine learning25%
Medicine22%
World Wide Web22%
Internet of Things20%
Wireless20%
Real-time computing18%
The Internet16%
Mathematics16%
No Co-Authored Relations Detected
Once publications with internal authors are synced, building the mapped network takes place automatically.
Global Collaborations & Top Areas
Interactive map showing the intensity of the author's research collaborations across the globe over the last five years.
Mapping geodata...
Research OutputQ3Ă—
Features output statistics and 8 synchronized journal, conference, and book publications.
8 Works
ArticleSCOPUSOpen AccessSDG 72026
Instant-incidental-close-loop scheme to improve battery life in wireless sensor applications
Sopian Y.
ArticleSCOPUSOpen AccessSDG 22025
Machine learning-based soil classification: leveraging resistivity and CPT data for enhanced prediction accuracy
Nurhasanah
ArticleSCOPUSOpen AccessSDG 132025
Analysis of Offline-First App Technology in Raspberry Pi Edge Computing for Post-Disaster Hospital Situation
Tahir Z.
ArticleSCOPUSOpen AccessSDG 22024
Design and Implementation of an Automated Indoor Hydroponic Farming System based on the Internet of Things
Niswar M.
ArticleSCOPUSOpen Access2023
Signature Verification Based on Dex CRC and Blake2 Algorithm to Prevent Reverse Engineering Attack in Android Application
Ilham
ArticleSCOPUSOpen AccessSDG 82021
Enhance midwifery student skills about active management third stage labor via learning media
Hasyim A.R.
ArticleSCOPUSOpen AccessSDG 12019
A low cost wearable medical device for vital signs monitoring in low-resource settings
Niswar M.
ArticleSCOPUSOpen Access2009
Handover management for VoWLAN based on estimation of AP queue length and frame retries
Niswar M.