Sentence examples for big graphs from inspiring English sources

The internet has bestowed cult status on wonkish members of Congress who bring big graphs and charts to debates.

Local computations are good for big graphs.

In general, big graphs are normally heterogeneous.

Querying big graphs is hard, and cleaning big graphs is even harder.

We approach this by making big graphs small.

The framework can also incorporate other techniques for querying big graphs, by making big graphs small, including but not limited to the following.

Our design can efficiently achieve a tradeoff between data authenticity (when publishing dynamically growing big graph data) and data privacy (when disseminating big graph data).

These schemes are the bases and prerequisites for big graph partitioning.

Using a single commodity computational node to partition big graph is very difficult.

Due to the difficulty in acquiring full big graph information, we then design 8 streaming heuristics to partitioning a big graph during the process of loading its data from external disks into memory.

We propose a new design of universal designated verifier transitive signatures, to authenticate dynamically growing big graph data.