The following publications are possibly variants of this publication:
- Amplitude and Frequency Modulation-based features for detection of replay Spoof SpeechMadhu R. Kamble, Hemlata Tak, Hemant A. Patil. speech, 125:114-127, 2020. [doi]
- Effectiveness of energy separation-based instantaneous frequency estimation for cochlear cepstral features for synthetic and voice-converted spoofed speech detectionAnkur T. Patil, Hemant A. Patil, Kuldeep Khoria. csl, 72:101301, 2022. [doi]
- Novel Energy Separation Based Frequency Modulation Features for Spoofed Speech ClassificationMadhu R. Kamble, Hemant A. Patil. icapr 2017: 1-6 [doi]
- Cochlear Filter and Instantaneous Frequency Based Features for Spoofed Speech DetectionTanvina B. Patel, Hemant A. Patil. jstsp, 11(4):618-631, 2017. [doi]
- Novel Variable Length Teager Energy Separation Based Instantaneous Frequency Features for Replay DetectionHemant A. Patil, Madhu R. Kamble, Tanvina B. Patel, Meet H. Soni. interspeech 2017: 12-16 [doi]
- Energy Separation-Based Instantaneous Frequency Estimation for Cochlear Cepstral Feature for Replay Spoof DetectionAnkur T. Patil, Rajul Acharya, Pulikonda Krishna Aditya Sai, Hemant A. Patil. interspeech 2019: 2898-2902 [doi]
- Replay spoof detection using energy separation based instantaneous frequency estimation from quadrature and in-phase componentsPriyanka Gupta, Piyushkumar K. Chodingala, Hemant A. Patil. csl, 77:101423, 2023. [doi]
- Energy Separation Based Instantaneous Frequency Estimation from Quadrature and In-Phase Components for Replay Spoof DetectionPriyanka Gupta, Piyushkumar K. Chodingala, Hemant A. Patil. eusipco 2022: 369-373 [doi]