This paper presents a novel system for multi-pitch tracking, i.e. estimate the pitch trajectory of each monophonic source in a mixture of harmonic sounds. The system consists of two stages: multi-pitch estimation and pitch trajectory formation. In the first stage, we propose a new approach based

SUMMARY This paper reviews several uses of harmonic information in the synthesis of mechanisms and shows that such information can be put to even greater use in this field. Results are presented for both single and multi-degree of freedom systems which support this claim. In both cases

health information systems with information systems in other social and economic sectors

In this paper we present a methodology for analyzing polyphonic musical passages comprised by notes that exhibit a harmonically fixed spectral profile (such as piano notes). Taking advantage of this unique note structure we can model the audio content of the musical passage by a linear basis

The Uncertainty Principle (UP) as understood in this lecture is the following informal assertion: a non-zero “object” (a function, distribution, hyperfunc-tion) and its Fourier image cannot be too small simultaneously. “The smallness” is understood in a very broad sense meaning fast decay (at

and imperfect task in the best case, an unsolved problem in the worst. To this end we propose a robust mid-level representation that incorporates both harmonic and rhythmic information, without attempting full transcription. We describe a process for creating this representation automatically, directly from

the security of the nation. The focus of this project is the creation of a Laboratory for Information Globalization and Harmonization Technologies and Studies (LIGHTS) which has two interrelated goals: (1) Technologies: To research, design, develop, test, and implement the System for Harmonized Information

While precision and recall have served the information extraction community well as two separate measures of system performance, we show that the F-measure, the weighted harmonic mean of precision and recall, exhibits certain undesirable behaviors. To overcome these limitations, we define an error

position. That is, knowledge of spatial receiver sensitivity implies information about the origin of detected MR signals, which may be utilized for image generation. Unlike position in k-space, sensitivity is a receiver property and does not refer to the state of the object under examination. Therefore

, and to enhance the security of the nation. The focus of this project is the creation of a Laboratory for Information Globalization and Harmonization Technologies and Studies (LIGHTS) which has two interrelated goals: (1) Technologies: To research, design, develop, test, and implement the System for Harmonized