Impulsive Control & Non-continuous Scheduling
Background In many systems, control is applied as instantaneous impulses rather than continuous forces. Impulsive control explores how to stabilize a …
Background In many systems, control is applied as instantaneous impulses rather than continuous forces. Impulsive control explores how to stabilize a …
The Ultimate Bandwidth: Transcending Language and Gestures From GUI to LUI, interaction has always been dedicated to reducing the signal-to-noise …
Background In safety-critical systems, testing cannot prove the absence of errors. Formal verification uses mathematical proofs to guarantee that a …
Blind Men and an Elephant: Limitations of Single-Modality Interaction In traditional GUIs, interaction is extremely “narrow-band”—you …
Background Traditional Discrete Fourier Transform (DFT) faces complexity limits with massive data. Quantum Fourier Transform (QFT) leverages quantum …
The Inversion of Interaction Polarity Since the birth of computing, interaction has always followed the passive logic of "human issues command …
Background Switching systems consist of a set of continuous-time subsystems and a logic rule governing the switching between them. Integrating …
Background Real-world dynamical systems are constantly subject to noise—atmospheric turbulence, financial shocks, biological thermal noise. Stochastic …
The Return of the Uncanny Valley In early HCI, anthropomorphism was seen as a silver bullet for lowering barriers to entry. We gave AI human names and …
Background From the internet to power grids and shipping networks, our world relies on complex networks. Topological robustness theory quantifies a …