Gallery — Conference Paper

The annual conference of the International Society for Music Information Retrieval (ISMIR) is the world’s leading research forum on processing, analyzing, searching, organizing and accessing music-related data. The 21st ISMIR conference, to be held in Montreal, Canada, welcomes contributions related to any aspect of Music IR, including foundations and theories for music processing, evaluation algorithms, applications, and analysis.

This template includes formatting instructions for authors using LaTeX who will be publishing a paper in an AAAI (Association for the Advancement of Artificial Intelligence) Press proceedings or technical report. AAAI creates proceedings, working notes, and technical reports directly from electronic source furnished by the authors. To ensure that all papers in the publication have a uniform appearance, authors must adhere to the following instructions. See http://www.aaai.org/Publications/Author/author.php for more information.

Modelo de publicação para o SIRC 2017 - Centro Universitário Franciscano, baseado no Template SBC

Template and guidelines for submission of the working notes in the eHealth-KD Challenge @ IberLEF 2020. Based on Springer LLNCS templates.

Template for paper submissions to EACL 2021. Note from Overleaf: SyncTeX will not work correctly with this template (as well as other templates based on similar underlying code, eg CVPR, EMNLP, etc) when the line numbers are active. To make SyncTeX function while authoring your manuscript, either on Overleaf or in your own LaTeX installation, the line numbers have to be turned off by uncommenting \aclfinalcopy.

Submission format for the International Microwave Symposium (MTT IMS 2014). Authors are invited to submit technical papers describing original work on radio-frequency, microwave, millimeter-wave, and terahertz (THz) theory and techniques. The deadline for submission is 9 December 2013.

Template for preparing submissions to WACV 2021. Note from Overleaf: SyncTeX (go to location in code/PDF) will not work correctly with this template (as well as other templates based on similar underlying code, eg CVPR, EMNLP, etc) when the line numbers are active. To make SyncTeX function while authoring your manuscript, either on Overleaf or in your own LaTeX installation, the line numbers have to be turned off by uncommenting \wacvfinalcopy.

As instruções apresentadas neste texto objetivam auxiliar os autores na preparação de artigos a serem submetidos para a Revista Brasileira de Computação Aplicada (RBCA). Os artigos devem ser submetidos no modelo de formato nas versões Word ou LaTeX, disponíveis na página da revista. O resumo deve ser escrito em Português e não deve ultrapassar 200 palavras, utilizando fonte do tipo Times, tamanho 10, margens laterais reduzidas em 1 cm de cada lado, com duas linhas em branco antes e depois do resumo. Os autores deverão colocar três palavras-chave que destaquem os principais temas/áreas de pesquisa abordados no artigo. Caso o artigo seja escrito em língua inglesa a ordem do resumo/abstract deve ser invertida.

Seoul Semiconductor’s patented nPola technology increases brightness levels 5 times over existing LEDs. This technology took more than 10 years to develop and is set to revolutionise the LED lighting industry. nPola stands for Numerous polarities and is related to the substrate in which the LED is grown. nPola is grown on a GaN (Gallium nitride) substrate, whereas conventional LEDs use Sapphire or Silicone substrate in which most of the energy is converted to heat instead of light due to a defect caused by lattice mismatch. nPola, however, does not have the lattice mismatch issue like conventional LEDs because the GaN epitaxy has the same crystalline structure as the GaN growth substrate. Furthermore, nPola technology involves the utilization of the one of the nPola non-polar planes in the GaN crystal, either the a-plane or m-plane, whereas traditional LEDs currently utilize the polar c-plane GaN epitaxy on Sapphire or Silicon. nPola LEDs offer reduced electrical resistance, increased electrical efficiency, reduction in colour shift with varying operating current and smaller device size. With nPola, Seoul Semiconductor has already improved the lumen density of LEDs by 5 times over the conventional LEDs based on equivalent die surface area and it expects to further improve this margin to 10 times in future.