Currently, most graph compression algorithms focus on in-memory compression (such as for web graphs) – few are feasible for external compression, and there is no generalized approach to either task. These compressed representations are versatile and can be applied to a great number of different applications, with the most common being social network and search systems. We present a new set of compression approaches, both lossless and lossy, for external memory graph compression. These new algorithms may also be applicable for runtime usage (i.e., running graph algorithms on the compressed representation).3 pages, 2 figures, 2 tables. https://github.com/danielathome19/GraphCompressio
Zuckerli is a scalable compression system meant for large real-world graphs. Graphs are notoriously ...
We investigate the use of compression-based learning on graph data. General purpose compressors oper...
Existing graph compression techniquesmostly focus on static graphs. However for many practical graph...
We improve the state-of-the-art method for the compression of web and other similar graphs by introd...
The Web Graph is a large-scale graph that does not fit in main memory, so that lossless compression ...
Abstract Massive graphs are ubiquitous and at the heart of many real-world problems and applications...
In today’s world, compression is a fundamental technique to let our computers deal in an efficient m...
Abstract. Analysing Web graphs has applications in determining page ranks, fighting Web spam, detect...
Abstract—A graph is used to represent data in which the relationships between the objects in the dat...
A large amount of research has recently focused on the graph structure (or link structure) of the Wo...
We study compression techniques for parallel in-memory graph algorithms, and show that we can achiev...
Studying web graphs is often difficult due to their large size. Recently, several proposals have bee...
Artículo de publicación ISICompressed graph representations, in particular for Web graphs, have beco...
Computing the product of the (binary) adjacency matrix of a large graph with a real-valued vector is...
Graphs are widely used nowadays to store complex data of large applications such as social networks,...
Zuckerli is a scalable compression system meant for large real-world graphs. Graphs are notoriously ...
We investigate the use of compression-based learning on graph data. General purpose compressors oper...
Existing graph compression techniquesmostly focus on static graphs. However for many practical graph...
We improve the state-of-the-art method for the compression of web and other similar graphs by introd...
The Web Graph is a large-scale graph that does not fit in main memory, so that lossless compression ...
Abstract Massive graphs are ubiquitous and at the heart of many real-world problems and applications...
In today’s world, compression is a fundamental technique to let our computers deal in an efficient m...
Abstract. Analysing Web graphs has applications in determining page ranks, fighting Web spam, detect...
Abstract—A graph is used to represent data in which the relationships between the objects in the dat...
A large amount of research has recently focused on the graph structure (or link structure) of the Wo...
We study compression techniques for parallel in-memory graph algorithms, and show that we can achiev...
Studying web graphs is often difficult due to their large size. Recently, several proposals have bee...
Artículo de publicación ISICompressed graph representations, in particular for Web graphs, have beco...
Computing the product of the (binary) adjacency matrix of a large graph with a real-valued vector is...
Graphs are widely used nowadays to store complex data of large applications such as social networks,...
Zuckerli is a scalable compression system meant for large real-world graphs. Graphs are notoriously ...
We investigate the use of compression-based learning on graph data. General purpose compressors oper...
Existing graph compression techniquesmostly focus on static graphs. However for many practical graph...