significantly improves the results. No prior knowledge of the tempo, meter or musical style is assumed; all required information is derived from the data. Results are presented for a range of different musical styles, including classical, jazz, and popular works with a variety of tempi and meters. The system

This article proposes an overview of the Adele system and also discusses other approaches and other systems. While most of our work on Configuration Management is covered, we have deliberately chosen to discuss in greater depth the Work Space aspect and the relationship between the Repository

in improving models. Changes are made in order to adapt software process models to new requirements, correct inconsistencies encountered in the course of execution, and modify, add or remove certain constraints. This article shows how software process evolution is supported in the Tempo. Tempo is a process

presents the main components of the kernel of the ADELE/TEMPO system, i.e., its resource manager and process manager. Special attention is given to how these di erent basic components are integrated into a platform where software process models can be explicitly described by event-condition-action rules

, NY 10036 USA, fax +1 (212) 869-0481, or permissions@acm.org. 2 \Delta Compose project subsequent reads and writes to that file [Pu et al. 1995]. To take advantage of such opportunities, a partial evaluator must: ---Treat the C programming language, since operating systems are typically written in C

and p-adic systems can be unified into an adelic system with an S-matrix which involves (Dirichlet, Langlands, Shimura...) L-functions. 1 Scattering theory on real [1] and p-adic [2] symmetric spaces can be unified in an adelic context [2], [3]. This has the virtue of producing S-matrices involving

analyzed in order to discover general lessons for the future development of tempo induction systems. One conclusion is that robust tempo induction entails the processing of frame features rather than that of onset lists. Further, we propose a new “redundant ” approach to tempo induction, inspired

Process-Centered Software Engineering Environments (PSEE) have recently attracted a large number of researchers. In such environments the software processes are explicitly described and interpreted by the PSEE, allowing software activities to be automated, assisted and enforced. [Lehman and Belady, 1985; Osterweil, 1987] claim that this capability is a central element in a software development environment for the improvement of software product quality and software developers productivity. We have

One of the difficulties with assessing tempo or beat tracking systems is that there is no standard corpus of data on which they can be tested. This situation is partly because the choice of data set often depends on the goals of the system, which might be, for example, automatic transcription

-adic effects exhibit a spacetime and some other discreteness, which depend on the adelic quantum state of the physical system under consideration. Besides review, this article contains also some new results.