Fantasie für Violine und Clavier

Soitinnus: viulu, piano. Melartinin käsikirjoitusluettelon tunnus Mel 15:94a, 15:94b, 15:94c, 15:94d ja 15:94e. (ks. http://lib.siba.fi/fi/kokoelmat/kasikirjoitusarkisto/melartin_erkki/).

Individen och massan

Soitinnus: viulu, lyömäsoittimet, piano. Melartinin käsikirjoitusluettelon tunnus Mel 15:95 (ks. http://lib.siba.fi/fi/kokoelmat/kasikirjoitusarkisto/melartin_erkki/).

Melodi

Soitinnus: viulu, piano. Melartinin käsikirjoitusluettelon tunnus Mel 15:96a ja 15:96b (ks. http://lib.siba.fi/fi/kokoelmat/kasikirjoitusarkisto/melartin_erkki/).

Sonat I Allegro

Soitinnus: viulu, piano.

Valitus

Soitinnus: viulu, piano.

Symfoninen välisoitto oopperasta Aino

Soitinnus: viulustemma (kaksi 1. viulun stemmaa).

Valkoinen lootus

Soitinnus: viulustemma.

A Comparative Study of Desktop, Fishtank, and Cave Systems for the Exploration of Volume Rendered Confocal Data Sets

We present a participant study that compares biological data exploration tasks using volume renderings of laser confocal microscopy data across three environments that vary in level of immersion: a desktop, fishtank, and cave system. For the tasks, data, and visualization approach used in our study, we found that subjects qualitatively preferred and quantitatively performed better in the cave compared with the fishtank and desktop. Subjects performed real-world biological data analysis tasks that emphasized understanding spatial relationships including characterizing the general features in a volume, identifying colocated features, and reporting geometric relationships such as whether clusters of cells were coplanar. After analyzing data in each environment, subjects were asked to choose which environment they wanted to analyze additional data sets in - subjects uniformly selected the cave environment.

Sarja hiidenmiekasta

Soitinnus: alttoviulustemma.

Viides kuvaelma Alkusoitto [Hiiden miekka]

Soitinnus: harppustemma.

Kolm-engelskaa

Soitinnus: viulu.

Brain-Computer Interfaces, Virtual Reality, and Videogames

Major challenges must be tackled for brain-computer interfaces to mature into an established communications medium for VR applications, which will range from basic neuroscience studies to developing optimal peripherals and mental gamepads and more efficient brain-signal processing techniques.

Brain Computer Interface for Virtual Reality Control

A brain-computer interface (BCI) is a new communication channel between the human brain and a computer. Applications of BCI systems comprise the restoration of movements, communication and environmental control. In this study experiments were made that used the BCI system to control or to navigate in virtual environments (VE) just by thoughts. BCI experiments for navigation in VR were conducted so far with synchronous BCI and asynchronous BCI systems. The synchronous BCI analyzes the EEG patterns in a predefined time window and has 2 to 3 degrees of freedom.

Sa juhla talven keskellä

Soitinnus: lauluääni, piano.

Salainen suru

Soitinnus: lauluääni, piano.