For decades, linear predictive (LP) analysis of the real-valued time-domain signals has been
developed for speech coding, analysis, and synthesis. Recently, the complex-valued …

Abstract 2D materials, including transition metal dichalcogenides, are attractive for a variety
of applications in electronics as well as photonics and have recently been envisioned as an …

Generative audio models based on neural networks have led to considerable improvements
across fields including speech enhancement, source separation, and text-to-speech …

Over the past decade, audio coding technology has seen standardization and the
development of many frameworks incorporated with linear predictive coding (LPC). As LPC …

Spatial audio content is becoming increasingly popular and is regarded as a set of object
signals with associated metadata. The object-based content representation is independent …

Extended stochastic sources, like falling rain or a flowing waterway, provide an immersive
ambience in virtual environments. In complex scenes, the rendered sound should vary …

Acoustic simulations for virtual reality (VR) or augmented reality (AR) require the use of
filters designed to model the changes undergone by sound waves emitted from specific …

Head-related transfer functions (HRTFs) describe filters that model the scattering effect of the
human body on sound waves. In their discrete-time form, they are used in acoustic …

With advances in multimedia signal processing and abundance of data, multimedia
authentication becomes more and more challenging and demanding. Although many prior …

Musical instrument sounds have distinct timbral and emotional characteristics, and when
audio processes are applied to them their timbral and emotional characteristics are …