Apollinaire and Cubism?

1996-01-01

Accurate and discernible photocollages

There currently exist several techniques for selecting and combining images from a digital image library into a single image so that the result meets certain prespecified visual criteria. Image mosaic methods, first explored by Connors and Trivedi[18], arrange library images according to some tiling arrangement, often a regular grid, so that the combination of images, when viewed as a whole, resembles some input target image. Other techniques, such as Autocollage of Rother et al.[78], seek only to combine images in an interesting and visually pleasing manner, according to certain composition principles, without attempting to approximate any target image. Each of these techniques provide a myriad of creative options for artists who wish to combine several levels of meaning into a single image or who wish to exploit the meaning and symbolism contained in each of a large set of images through an efficient and easy process. We first examine the most notable and successful of these methods, and summarize the advantages and limitations of each. We then formulate a set of goals for an image collage system that combines the advantages of these methods while addressing and mitigating the drawbacks. Particularly, we propose a system for creating photocollages that approximate a target image as an aggregation of smaller images, chosen from a large library, so that interesting visual correspondences between images are exploited. In this way, we allow users to create collages in which multiple layers of meaning are encoded, with meaningful visual links between each layer. In service of this goal, we ensure that the images used are as large as possible and are combined in such a way that boundaries between images are not immediately apparent, as in Autocollage. This has required us to apply a multiscale approach to searching and comparing images from a large database, which achieves both speed and accuracy. We also propose a new framework for color post-processing, and propose novel techniques for decomposing images according to object and texture information

The creative process behind Dialogismos I: theoretical and technical considerations

This paper examines the aesthetic dimension and the technical realization of Dialogismos I, a piece for saxophone alto and electronics by the composer Nuno Peixoto de Pinho. The conceptual basis of the work relies on the notion of ‘intertextuality’ coined by the Bulgarian-French philosopher and literary critic Julia Kristeva, which was somehow transposed to the music domain by J. Peter Burkholder under the concept ‘musical borrowing’. The compositional problems raised by applying an intertextual musical thinking as a key driver of the composition were solved using two different approaches. The first approach was the manual selection of elements from several music works with different granularities to devise the overall structure of the work and to create the saxophone score. The second approach was applied to the realization of the electronic part and relied on concatenative sound synthesis as an algorithmic computer assisted composition method and a real-time synthesis technique.info:eu-repo/semantics/publishedVersio

Defragmenting Beethoven: Sound appropriation as bridge between classical tradition and electroacoustic music

This thesis serves as a written companion for two artistic-based research products built upon the concept of appropriation as connecting bridge between music technology and the classical tradition of music composition. The first artistic work is a set of 9 pieces called "Collages Vol 2", a continuation of a first release meant to be an exploratory work for the present research. The second work is the sound interaction design, and the creation of two compositions for the Network of Intelligent Sound Agents, or "NOISA", built at the Sound and Physical Interaction Research Group from the Department of Media, Aalto University. After providing context and a short survey of influences on music appropriation, I made a comprehensive documentation of each of the pieces created for this thesis, describing form, content, compositional approach and sound processing in a systematic way. I investigated on the diverse forms of appropriation as a technique for electroacoustic music composition. The most influential references for my work are documented in this written work: From the historical approach of appropriation to borrowing in music of the XX century and recent times; including a description of the first volume of my original Collages. Later on, I described my second collection of Collages and the utilisation of appropriation theories in the context of NOISA, a music interface for live performance. Finally, there is a section dedicated to a discussion featuring a commentary of a number of reviews of "Collages” preceding a closing segment with conclusions and further plans to expand this research in the future

Brushing Element Fields

Aggregate elements following certain directions have a variety of applications in graphics, design, and visualization. However, authoring oriented elements in various output domains, especially in 3D, remains challenging. We propose a novel brushing system to facilitate interactive authoring of aggregate elements with diverse properties over given output domains via an element synthesis approach. To increase output quality and reduce input workload, we further propose element fields that can automatically orient the entire elements in better alignments over the output domains according to partially user-specified strokes. The proposed system can effectively synthesize distinct types of elements within various output domains in higher quality and efficiency and offer more user friendliness than existing practices. Our method can be applied to practical applications such as graphic design, artistic collage, and aggregate modelin