Vehicle Routing Problem
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posium on Advances in Geographical Information Systems, pp. 107–112. McLean, Virginia (2002) Khedker, U., Dhamdhere, D.M.: A generalized theory of bit vector data flow analysis. ACM Trans. Programming Languages Syst. 16, 1472–1511 (1994) Haralick, R.M.: A spatial data structure for geographic information systems. In: Freeman, H., Pieroni, G.G. (eds.) Map Data Processing, Academic, New York (1980) Wu, Y.: Raster, vector, and automated raster-to-vector conversion. In: Kenney, A.R., Rieger, O.Y. (eds.) Moving Theory into Practice: Digital Imaging for Libraries and Archives, Research Libraries Group (2000) Shekhar, S., Chawla, S.: Spatial Databases: A Tour
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Versioned B-Tree Smallworld Software Suite
Vertical Conflation Conflation of Features
Virtualization, Resource Cyberinfrastructure for Spatial Data Integration
Vector Graphics Vector Data
Visual Continuity Visual Momentum
Vector Graphics for the Web Scalable Vector Graphics (SVG)
Vector Models Data Models in Commercial GIS Systems
Vector (TVP) Spatial Data Transfer Standard (SDTS)
Vehicle Routing Problem Routing Vehicles, Algorithms
Visual Data Exploration Exploratory Visualization
Visual Data Mining Image Mining, Spatial
Visual Momentum Z HEN W EN IBM, T. J. Watson Research Center, Hawthorne, NY, USA Synonyms Visual continuity Definition
Vehicle Tracking Data Floating Car Data
Version Managed Datastore Smallworld Software Suite
Version Management Smallworld Software Suite
In human computer interaction, the concept of visual momentum is used to measure how visual scene transitions impact the users ability in extracting and integrating information across multiple displays. Main Text The concept of Visual Momentum was first introduced in perception and cinematography. It refers to the impact of a transition from one scene to another on the cognitive processes of an observer. Particularly visual momentum is used to describe the impact on the observer’s ability to extract task relevant information. The concept was later
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