Trenches for Building Blocks of Advanced Planar Components

Components: Building Blocks for Automated Business Processes

To solve this problem, corporate developers are increasingly designing applications that insulate the business functionality (application logic) from the business rules for routing work among the multiple steps that need to be performed. This approach is especially well-suited to componentbased architectures that are driven by workflow engines. In this presentation, Mr. Sprinzen will discuss th...

Building Blocks of Upward Planar Digraphs

The upward planarity testing problem consists of testing if a digraph admits a drawing Γ such that all edges in Γ are monotonically increasing in the vertical direction and no edges in Γ cross. In this paper we reduce the problem of testing a digraph for upward planarity to the problem of testing if its blocks admit upward planar drawings with certain properties. We also show how to test if a b...

Rises, Trenches, Great Faults, and Crustal Blocks

The transform fault concept is extended to a spherical surface. The earth's surface is considered to be made of a number of rigid crustal blocks. It is assumed that each block is bounded by rises (where new surface is formed), trenches or young fold mountains (where surface is being destroyed), and great faults, and that there is no stretching, folding, or distortion of any, kind within a given...

Evaluation of Updating Methods in Building Blocks Dataset

With the increasing use of spatial data in daily life, the production of this data from diverse information sources with different precision and scales has grown widely. Generating new data requires a great deal of time and money. Therefore, one solution is to reduce costs is to update the old data at different scales using new data (produced on a similar scale). One approach to updating data i...

Building Blocks for Nanotransporters