X-Git-Url: https://git.cworth.org/git?a=blobdiff_plain;f=src%2Ftalks%2Flca_2008.mdwn;h=b57d1164b4c66ddd02b5477fc5903e71e1373610;hb=5c014fe14d7a114dc525711d3236feb10f27177f;hp=1b56a946a76946443ef6d267a0ec95ac55dafad8;hpb=4278c3f0c5293f5b07dd92da1fe0efd0f7f87331;p=cworth.org

diff --git a/src/talks/lca_2008.mdwn b/src/talks/lca_2008.mdwn
index 1b56a94..b57d116 100644
--- a/src/talks/lca_2008.mdwn
+++ b/src/talks/lca_2008.mdwn
@@ -1,4 +1,4 @@
-[[meta title="X Acceleration that Finally Works"]]
+[[!meta title="X Acceleration that Finally Works"]]
 
 ## Abstract
 
@@ -10,7 +10,7 @@ performance gains up to 900 times faster than software rendering.
 ## Presentation
 
   * [PDF slides](lca-2008.pdf)
-  * [HTML slides](html)
+  * [HTML slides](html) (OK, so really just a bunch of images with links between them)
   * [SVG slides](svg)
   * [Video (ogg)](http://mirror.linux.org.au/pub/linux.conf.au/2008/Wed/mel8-167.ogg)
   * [Audio (spx)](http://mirror.linux.org.au/pub/linux.conf.au/2008/Wed/mel8-167.spx)
@@ -172,7 +172,7 @@ re-initialize any more state objects than strictly necessary. All of
 our code is currently available in the intel-batchbuffer branch of the
 xf86-video-intel driver.
 
-Results
+## Results
 
 The current results can be summarized as follows. Here we are showing
 the performance difference of the upstream "master" branch of the
@@ -183,13 +183,13 @@ regressions).
 
 			Speedup compared to XAA
 
-	Operation	EXA (master)	EXA (intel-batchbuffer)
-	--------	------------	-----------------------
-	aa10text	  .3		  0.6
-	Blend		 9.4		101.6
-	.5 scale	 7.4		 34.3
-	2x scale	23.5		200.3
-	General scale	20.2		946.1
+	Operation       EXA (master) EXA (intel-batchbuffer)
+	---------       ------------ -----------------------
+	aa10text          .3            0.6
+	Blend            9.4          101.6
+	.5 scale         7.4           34.3
+	2x scale        23.5          200.3
+	General scale   20.2          946.1
 
 	Measurements made with "x11perf -aa10text" and with renderbench.
 
@@ -208,6 +208,14 @@ times faster than XAA. Obviously, this is a very good result, and it
 shows the incidental improvements we achieved while looking closely
 only at text performance.
 
+## Future Work
+
 We are currently in the process of merging this work into the master
 branch of the upstream Intel driver and plan for it to be part of the
 upcoming Intel driver release scheduled for June 2008.
+
+Beyond that, we plan to add support for hardware-accelerated
+gradients, trapezoid rasterization, and perhaps polygon
+rasterization. Obviously there's similar EXA acceleration work needed
+for other drivers as well. Please come join us in the fun!
+