Department Of Cyber Security And Information Technology 1

1. OPTIMIZATION OF DISTRIBUTED ACOUSTIC SENSORS BASED ON FIBER OPTIC TECHNOLOGIES
2. AN INTERPRETABLE ECG-BASED APPROACH FOR DETECTING HEMODYNAMICALLY SIGNIFICANT ARRHYTHMIAS USING LIGHTWEIGHT MACHINE LEARNING MODELS
3. DEVELOPMENT OF A UNIFIED SPECTRAL-CORRELATION PHASE MATHEMATICAL MODEL FOR SINGLE-PASS JOINT ESTIMATION OF TIME DELAY AND DIRECTION OF ARRIVAL IN NOISY WIDEBAND SIGNALS
4. Development of a Method for Constructing Linguistic Standards for Multi-Criteria Assessment of Honeypot Efficiency
5. DETERMINING THE POSSIBILITY OF HIGH-PRECISION DEFORMATION MEASUREMENT IN BUILDING STRUCTURES USING FIBER-OPTIC METHODS
6. IMPROVING ACCURACY OF THE SPECTRAL-CORRELATION DIRECTION FINDING AND DELAY ESTIMATION USING MACHINE LEARNING
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