search for: vf2

...>> ... >> } >> >> and after we vectorize the epilogue loop we end up with this: >> >> int start = 0; >> if (n >= vf) { >> if (check) { >> for (...; start += vf) >> ... >> } >> } >> >> if (n >= vf2) { > > This is (n - start >= vf2) which I think makes this a bit more > complicated since now “check” is not always redundant if n >= vf2 so > hoisting becomes a cost decision. > >> if (check) { > > But we can turn this into a predicate we already have: if (n &g...

...= 0; if (n >= vf) { if (check) { for (...; start += vf) ... } } for (i = start; i < n; ++i) { ... } and after we vectorize the epilogue loop we end up with this: int start = 0; if (n >= vf) { if (check) { for (...; start += vf) ... } } if (n >= vf2) { if (check) { for (...; start += vf2) ... } } for (i = start; i < n; ++i) { ... } and we need to end up with this: int start = 0; if (n >= vf2) { if (check) { if (n >= vf) { for (...; start += vf) ... } for (...; start += vf2)...

.... - The cohesive.blocks() function was rewritten in C, it is much faster now. It has a nicer API, too. See demo("cohesive"). - Added generic breadth-first and depth-first search implementations with many callbacks, graph.bfs() and graph_dfs(). - Support vertex and edge coloring in the VF2 (sub)graph isomorphism functions (graph.isomorphic.vf2(), graph.count.isomorphisms.vf2(), graph.get.isomorphisms.vf2(), graph.subisomorphic.vf2(), graph.count.subisomorphisms.vf2(), graph.get.subisomorphisms.vf2()). - Assortativity coefficient, assortativity(), assortativity.nominal() and a...

.... - The cohesive.blocks() function was rewritten in C, it is much faster now. It has a nicer API, too. See demo("cohesive"). - Added generic breadth-first and depth-first search implementations with many callbacks, graph.bfs() and graph_dfs(). - Support vertex and edge coloring in the VF2 (sub)graph isomorphism functions (graph.isomorphic.vf2(), graph.count.isomorphisms.vf2(), graph.get.isomorphisms.vf2(), graph.subisomorphic.vf2(), graph.count.subisomorphisms.vf2(), graph.get.subisomorphisms.vf2()). - Assortativity coefficient, assortativity(), assortativity.nominal() and a...

...calculation, Kleinberg's hub and authority scores, eigenvector centrality, etc. There is also a generic interface if someone wants to use ARPACK for a different (not necessarily graph-related) problem. - We support the BLISS graph isomorphism algorithm, and the implementation of the VF2 algorithm can calculate subgraph isomorphisms now. - We include a collection of "famous" graphs, these can be created by referring to their name. - We have a new 'graph.formula' function, for creating small graphs using symbolic names, by giving simple R formulae. - Many...

...calculation, Kleinberg's hub and authority scores, eigenvector centrality, etc. There is also a generic interface if someone wants to use ARPACK for a different (not necessarily graph-related) problem. - We support the BLISS graph isomorphism algorithm, and the implementation of the VF2 algorithm can calculate subgraph isomorphisms now. - We include a collection of "famous" graphs, these can be created by referring to their name. - We have a new 'graph.formula' function, for creating small graphs using symbolic names, by giving simple R formulae. - Many...

I am looking to replace all of the old "Bell" (POTS) phones in my home and office with IP phones. As you can imagine I don't have a huge budget to work with but I want phones that will provide acceptable voice quality and durability. There are basically three categories as I see it 1. satellite phones (low cost, low function) 2. primary domestic phone (good quality, POE capable,

On 03/14/2017 11:21 AM, Adam Nemet wrote: > >> On Mar 14, 2017, at 6:00 AM, Nema, Ashutosh <Ashutosh.Nema at amd.com >> <mailto:Ashutosh.Nema at amd.com>> wrote: >> >> Summarizing the discussion on the implementation approaches. >> Discussed about two approaches, first running ‘InnerLoopVectorizer’ >> again on the epilog loop immediately after

...aph visualization using regular R devices, interactive visualization using Tcl/Tk, 3D visualization using RGL. - graph layout generators, the standard Kamada-Kawai and Fruchterman-Reingold algorithms are included, plus many more. - Functions for graph and subgraph isomorphism, the BLISS and the VF2 algorithms are included. - Functions for maximal network flows, minimal cuts, vertex and edge connectivity. - igraph can read and write many popular file formats used for storing graph data: GraphML, Pajek, GML and others. - igraph contains implementations of many community structure detect...

...aph visualization using regular R devices, interactive visualization using Tcl/Tk, 3D visualization using RGL. - graph layout generators, the standard Kamada-Kawai and Fruchterman-Reingold algorithms are included, plus many more. - Functions for graph and subgraph isomorphism, the BLISS and the VF2 algorithms are included. - Functions for maximal network flows, minimal cuts, vertex and edge connectivity. - igraph can read and write many popular file formats used for storing graph data: GraphML, Pajek, GML and others. - igraph contains implementations of many community structure detect...

...| L2 driver | . \ +-------------+ . \ | . \ | . \ +------------------------+ +------------+ | PF VF1 VF2 ... VFn | | | | | | regular | | SR-IOV NIC | | nic | | +--------------+ | | +--------+ | | embedded | | +---+ | | swi...

...| L2 driver | . \ +-------------+ . \ | . \ | . \ +------------------------+ +------------+ | PF VF1 VF2 ... VFn | | | | | | regular | | SR-IOV NIC | | nic | | +--------------+ | | +--------+ | | embedded | | +---+ | | swi...

This is something I've been working on: Reworking inspection so it's not a big mess of ad hoc C code, but instead uses a well-defined domain-specific language to describe how we inspect guests. The best introduction to this is the manual page, which I include below (it's also included in patch 2/3). Rich. ---------------------------------------------------------------------- NAME

Previously posted: https://www.redhat.com/archives/libguestfs/2015-December/msg00038.html Inspection now really succeeds on a small number of simple guests. To test it out: $ ./run guestfish -v -x -a /tmp/centos-6.img ><fs> run ><fs> debug sh "guestfs-inspection --verbose" Rich.

This is a more working version. Inspection (partially) succeeds on a real guest this time :-) You can test it out on a real guest (in this case, a CentOS disk image located at /tmp/centos-6.img) by doing: $ ./run guestfish -v -x -a /tmp/centos-6.img ><fs> run ><fs> debug sh "guestfs-inspection --verbose" which will print lots of debugging, and at the end the

For background on this change, see: https://rwmj.wordpress.com/2015/12/06/inspection-now-with-added-prolog/ v2 was previously posted here: https://www.redhat.com/archives/libguestfs/2015-December/msg00038.html To test this patch series on a real guest, you can do: $ ./run guestfish -v -x -a /var/tmp/centos-6.img ><fs> run ><fs> debug sh "guestfs-inspection