Hanebeck, "Random
hypersurface models for extended object tracking," in Proc.
0] = a constant) be a connected spacelike
hypersurface in M and hence a codimension two-spacelike submanifold of [bar.
1995) a
hypersurface is defined in the space of tensions or deformations, to be utilized as criterion for the identification of constitutive responses of compression or tension.
v] is the element of an infinite
hypersurface surrounding the 4-volume.
Traditional SMVs constructed a hyperplane to classify data, so they cannot deal with classification problem of which the different types of data located at different sides of a
hypersurface, the kernel strategy is applied to SVMs [37].
Hypersurface theory: architecture culture, Architectural Design 5/6: 7-8.
Nakazato, Joint numerical range and its generating
hypersurface, Linear Algebra Appl.
Insofar as there is a wave function at all, whose square gives a probability density for the location of a single particle (and this must, in a relativistic context, be regarded merely as an approximation), it is a foliation-relative object: not a function mapping spacetime points onto numbers but a functional taking both a spacelike
hypersurface and a point on that
hypersurface as arguments (.
2) Perella acuna el concepto
hypersurface que remite a la doble cara fisica y virtual de los espacios arquitectonicos.
1999) Paramorph: Anti-accident Methodologies, AD:
Hypersurface Architecture II (69: 9-10) 78-83.
2]) for the element of 3-area of the
hypersurface enclosing the 4-volume.
The optimal separating
hypersurface realizes the maximal-minimum margin, hence the classification problem is formulated as a quadratic program.
