Sentence examples for seamless map from inspiring English sources

In 2002, Baker Engineering NY won a $10.4 million contract to scan all the sewer maps, which took nearly a year, and to digitally stitch them together so the more than 6,000 miles of sewers would form a seamless map.

In addition, since historical climate maps are developed from weather station observations that have been spatially interpolated to create a seamless map of climate information, we recommend that single grid cells not be used for making climate-related decisions, but rather decisions should be based on many grid cells showing regional patterns of climate change with statistical confidence.

To provide high-precision, seamless mapping capability, it is critical to co-register image and altimetry data, the two major data sources for topographic modeling.

One major strength of Titan compared to approaches reviewed in Section 2 is Titan's seamless mapping of a design-time-defined service graph onto run-time-discovered available resources.

"Our aim was to create one seamless, browsable map of the entire world – an Earth that you could browse," John Hanke, co-founder of Keyhole and vice president of Google's geospatial division until 2011 told the Guardian.

The underlying runtime framework allows seamless data mapping and task scheduling, mapping its capabilities to the underlying hardware features of heterogeneous distributed architectures.

But the software versions offer zooming, seamless scrolling between map segments, distance calculations and route planning.

Seamless Digital Geological Map of Japan.

We also used a seamless digital geological map of Japan compiled by the Geological Survey of Japan at the National Institute of Advanced Industrial Science and Technology.

Geology information is based on the DVD edition of the Seamless Digital Geological Map (1 200,000) published by the Geological Survey of Japan, AIST (2009).

Based on Geographic Information System (GIS), this study presents an integrated cartography technique which consists of spatial data conversion, basal graph-object-oriented symbol design and seamless and adaptive map visualization.