output
20062025
most citedDelving Into the Psychology of Machines: Exploring the Structure of Self-Regulated Learning via LLM-Generated Survey Responses

5 citations

6 papers

cs.AI2025★ 5 cited

Delving Into the Psychology of Machines: Exploring the Structure of Self-Regulated Learning via LLM-Generated Survey Responses

Leonie V. D. E. Vogelsmeier, Eduardo Oliveira, Kamila Misiejuk +2

Large language models (LLMs) offer the potential to simulate human-like responses and behaviors, creating new opportunities for psychological science. In the context of self-regula…

eess.AS2023★ 2 cited

Spoken language change detection inspired by speaker change detection

Jagabandhu Mishra, S. R. Mahadeva Prasanna

Spoken language change detection (LCD) refers to identifying the language transitions in a code-switched utterance. Similarly, identifying the speaker transitions in a multispeaker…

math.CV2014

On isometries of conformally invariant metric

Riku Klén, Matti Vuorinen, Xiaohui Zhang

We prove that isometries in a conformally invariant metric of a general domain are quasiconformal. In the particular case of the punctured space, we prove that isometries in this m…

math.AP2008★ 4 cited

Quasi-nearly subharmonicity and separately quasi-nearly subharmonic functions

Juhani Riihentaus

Wiegerinck has shown that a separately subharmonic function need not be subharmonic. Improving previous results of Lelong, of Avanissian, of Arsove and of us, Armitage and Gardiner…

math.NA2006★ 3 cited

On the simulation of multibody systems with holonomic constraints

Jukka Tuomela, Teijo Arponen, Villesamuli Normi

We use Lagrangian formalism and jet spaces to derive a computational model to simulate multibody dynamics with holonomic constraints. Our approach avoids the traditional problems o…

math.NA2006★ 2 cited

Analysing singularities of a benchmark problem

Teijo Arponen, Samuli Piipponen, Jukka Tuomela

The purpose of this paper is to analyze the singularities of a well known benchmark problem ``Andrews' squeezing mechanism''. We show that for physically relevant parameter values…