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Fors seulement

1981
This edition contains all the known complete secular pieces derived from Johannes Ockeghem's rondeau “Fors seulement,” including those by Jacob Obrecht, Pierre de la Rue, Matthaeus Pipelare, Antoine Brumel, Gilles Reingot, Marbriano de Orto, Johannes Agricola, Andreas de Silva, Antonius Divitis, Jacobus Romanus, Johannes Ghiselin Verbonet, Josquin des ...
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FORS: an integration framework for design

IEEE International Conference on Systems Engineering, 2002
The different architectural and control alternatives that the builders of design tool organizations should consider are listed. An environment for implementing these alternatives called FORS is described. FORS treats both tools and sets of data as objects. A visual programming interface is provided for the manipulation of these objects.
S. Talukdar, L. Hou, P.S. de Souza
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FORS: A software tool for flexible design

Journal of Intelligent Manufacturing, 1991
This paper is a description of FORS (Flexible Organizations), a design environment based on a network representation of the design effort. Each design network consists of: (a) Tools (software programs distributed over the whole network of computers) and (b) Aspects (models to which the tools are applied). The system's communication and exchange of data
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FORS: a system for flexible design

1990 IEEE International Conference on Systems, Man, and Cybernetics Conference Proceedings, 2002
The structure of FORS, a software tool that deals primarily with the area of collaboration and secondarily with human computer interfaces and record keeping, is described. It also deals with tool acquisition. FORS implements the network model of collaboration and permits dynamic reconfiguration of tools and aspects.
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FORS: a flexible design environment

Twenty-Third Annual Hawaii International Conference on System Sciences, 2002
The author describes a modular design environment called FORS (flexible organizations), which is based on a network representation of the design effort. Each design network consists of tools (programs distributed over the whole network) and aspects (the models to which the tools are applied). The system's communication and exchange of data are based on
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Polarization operators fors=1

Zeitschrift f�r Physik, 1964
Spin projection operators, useful in the relativistic Hamiltonian description of vector particles are given.
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Fors l'honneur

Books Abroad, 1929
Minnie M. Miller, Paul Margueritte
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"Good-Fors"

Notes and Queries, 1909
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