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Home/Authors/Prakul Sunil Hiremath

Prakul Sunil Hiremath

3 indexed papers

Recent (6 mo)
3
With code
0
Influential cites
0
Benchmarked
0

Publications per year

3
26

Top categories

Crypto×3Stats ML×1ML×1Stats Method.×1

Frequent co-authors

Harshit R. Hiremath1×
PeerAhammad M Bagawan1×
Sahil Bhekane1×

Research Timeline

2026
PARD-SSM: Probabilistic Cyber-Attack Regime Detection via Variational Switching State-Space Models

PARD-SSM is a probabilistic framework that models network traffic as a switching state-space system to detect multi-stage cyber-attacks in real-time with high accuracy and predictive capability.

The Hiremath Early Detection (HED) Score: A Measure-Theoretic Evaluation Standard for Temporal Intelligence

The paper introduces the Hiremath Early Detection (HED) Score, a new measure-theoretic standard that accurately quantifies the time-value of early detection, significantly outperforming traditional metrics like ROC/AUC.

Sensitivity Uncertainty Alignment in Large Language Models

The paper proposes Sensitivity-Uncertainty Alignment (SUA), a framework that measures the misalignment between a model's prediction instability and its stated uncertainty to improve model reliability.

Highlighted terms show continued research focus across papers

Papers

cs.CRRecentApr 21, 2026

Sensitivity Uncertainty Alignment in Large Language Models

Prakul Sunil Hiremath, Harshit R. Hiremath

The paper proposes Sensitivity-Uncertainty Alignment (SUA), a framework that measures the misalignment between a model's prediction instability and its stated uncertainty to improve model reliability.

View →
stat.MLcs.CRcs.LGRecentApr 5, 2026

The Hiremath Early Detection (HED) Score: A Measure-Theoretic Evaluation Standard for Temporal Intelligence

Prakul Sunil Hiremath

The paper introduces the Hiremath Early Detection (HED) Score, a new measure-theoretic standard that accurately quantifies the time-value of early detection, significantly outperforming traditional me…

View →
cs.CRRecentApr 2, 2026

PARD-SSM: Probabilistic Cyber-Attack Regime Detection via Variational Switching State-Space Models

Prakul Sunil Hiremath, PeerAhammad M Bagawan, Sahil Bhekane

PARD-SSM is a probabilistic framework that models network traffic as a switching state-space system to detect multi-stage cyber-attacks in real-time with high accuracy and predictive capability.

View →