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High-Confidence Computing

  • h-index: 16
  • Total citations: 917
  • Total papers: 65
  • Impact factor: 3.4146341463414633

Homepage: https://www.journals.elsevier.com/high-confidence-computing

High-Confidence Computing

Journal
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H-Index = 16
Citations = 917

Papers

Evidence

Recent papers in High-Confidence Computing

  1. SoK: Towards a user-centric, privacy-preserving, and reliable AI agent via on-device LLM personalizationHigh-Confidence Computing · Tue,
  2. PAVE: A protocol-validity-aware framework for adversarial robustness evaluation of deep-learning intrusion detection in IoT networksHigh-Confidence Computing · Tue,
  3. A comprehensive analysis of explainable AI-driven machine learning techniques for network intrusion detection systemsHigh-Confidence Computing · Wed,
  4. TCBI: A Three-Channel Behavioral Image-Based Method for encrypted malicious traffic detectionHigh-Confidence Computing · Mon,
  5. Assessing the effectiveness of compact language models in repairing code with motor accessibility issuesHigh-Confidence Computing · Mon,
  6. Long-term viewport prediction for 360-degree video streaming based on convolutional multi-head attention mechanismHigh-Confidence Computing · Mon,
  7. A unified cross-task recommendation paradigm with mixture-of-experts routing mechanismHigh-Confidence Computing · Mon,
  8. What breaks embodied AI security: LLM vulnerabilities, CPS flaws, or something else?High-Confidence Computing · Thu,
  9. Dynamic transaction scheduling for data elements: A multi-level queueing model with LSTM-based load predictionHigh-Confidence Computing · Fri,
  10. Fisher-driven privacy preservation against category inference attacks in federated learningHigh-Confidence Computing · Fri,

About High-Confidence Computing

High-Confidence Computing carries 65 indexed papers, 917 citations, h-index 16 in Synapse's enriched corpus. Each paper indexed here includes structured clinical evidence extraction (PICO), methodology classification with level of evidence, and links to related guideline recommendations where applicable.

On Synapse's credibility score (derived from SJR ranking and cross-citation patterns), High-Confidence Computing sits among the highest-credibility cardiovascular journals.

The journal's official homepage is at https://www.journals.elsevier.com/high-confidence-computing.

Use the feed below to follow new High-Confidence Computing publications with AI-enriched analysis — each paper is decomposed into study design, population, intervention, comparator, primary outcome, and key finding, with the underlying evidence traceable to the primary source.

Deterministic synthesis from Synapse's enriched records — 102 words.