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Template mappings

Figure 4 Invocation preconditions for template mapping 68XX-SIO-0 to 6850. Figure 4 Invocation preconditions for template mapping 68XX-SIO-0 to 6850.
Reuse of template mappings for different instantiations of the design models,... [Pg.318]

Reverse transcriptase j Synthesizes DNA from RNA template. Synthesis of cDNA from mRNA RNA (S end) mapping studies. [Pg.400]

Fig. 2.9.13 Qu asi two-dimensional random ofthe percolation model object, (bl) Simulated site percolation cluster with a nominal porosity map of the current density magnitude relative p = 0.65. The left-hand column refers to simu- to the maximum value, j/jmaK. (b2) Expedited data and the right-hand column shows mental current density map. (cl) Simulated NMR experiments in this sample-spanning map of the velocity magnitude relative to the cluster (6x6 cm2), (al) Computer model maximum value, v/vmax. (c2) Experimental (template) for the fabrication ofthe percolation velocity map. The potential and pressure object. (a2) Proton spin density map of an gradients are aligned along the y axis, electrolyte (water + salt) filling the pore space... Fig. 2.9.13 Qu asi two-dimensional random ofthe percolation model object, (bl) Simulated site percolation cluster with a nominal porosity map of the current density magnitude relative p = 0.65. The left-hand column refers to simu- to the maximum value, j/jmaK. (b2) Expedited data and the right-hand column shows mental current density map. (cl) Simulated NMR experiments in this sample-spanning map of the velocity magnitude relative to the cluster (6x6 cm2), (al) Computer model maximum value, v/vmax. (c2) Experimental (template) for the fabrication ofthe percolation velocity map. The potential and pressure object. (a2) Proton spin density map of an gradients are aligned along the y axis, electrolyte (water + salt) filling the pore space...
Dye structures of passive tracers placed in time-periodic chaotic flows evolve in an iterative fashion an entire structure is mapped into a new structure with persistent large-scale features, but finer and finer scale features are revealed at each period of the flow. After a few periods, strategically placed blobs of passive tracer reveal patterns that serve as templates for subsequent stretching and folding. Repeated action by the flow generates a lamellar structure consisting of stretched and folded striations, with thicknesses s(r), characterized by a probability density function, f(s,t), whose... [Pg.112]

Swanson, L. W. (1998). Brain Maps Structure of the Rat Brain a Laboratory Guide with Printed and Electronic Templates for Data, Models, and Schematics. New York, NY Elsevier. [Pg.107]

The three-dimensional APH display may be conveniently chosen to map onto a simple cylindrical surface (e.g., a coffee cup) by adding blank filling space to each helical turn in order to maintain a constant radius of curvature. Figure B.3 provides a simple planar template that one can cut and paste to form the APH cylindrical display. [Pg.718]

Definition of abstract connectors24 between components and their realization down to localized actions (see Figure 1.33). This is done with template collaborations, showing a scheme of interaction that can be mapped into specific types for any pair of components. [Pg.55]

Do not lose sight of the domain terms even in your code. Use refinement to maintain trace-ability even as your code becomes more decoupled and reusable. Wherever possible, recast the problem domain descriptions themselves using these orthogonal and more abstract views remember, you are actively constructing a model of reality and not passively discovering it. Use frameworks (see Chapter 9, Model Frameworks and Template Packages) to explicitly document the mapping from domain terms to terms and roles in the abstract problem descriptions. [Pg.303]

The idea of ESSENS (Kleywegt and Jones, 1997) is to recognize secondary structural templates around each point in the map by an exhaustive search. This... [Pg.164]

Kleywegt, G. J. and Jones, T. A. (1997). Template convolution to enhance or detect structural features in macro-molecular electron-density maps. Acta Crystallogr. D 53, 179-185. [Pg.171]


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