rs can
read meaning of high/medium/low for their platform & then program
contexts accordingly. Here gpu_load_type directly translates to
number of shader cores/EUs a particular GPU has.
V2 : changes for setting the loadtype through setparam.
Signed-off-by: Aravindan Muthukumar
Signed-
rs can
read meaning of high/medium/low for their platform & then program
contexts accordingly. Here gpu_load_type directly translates to
number of shader cores/EUs a particular GPU has.
Signed-off-by: Aravindan Muthukumar
Signed-off-by: Kedar J Karanje
Signed-off-by: Praveen
ntexts accordingly. Here, gpu_load_type directly translates
to number of shader cores/EUs a particular GPU has.
Signed-off-by: Aravindan Muthukumar
Signed-off-by: Kedar J Karanje
Signed-off-by: Praveen Diwakar
Signed-off-by: Yogesh Marathe
---
include/EGL/eglext.h
From: Aravindan Muthukumar
Reducing Bucket index calculation to O(1).
This algorithm calculates the index using matrix method.
Matrix arrangement is as below:
Assuming PAGE_SIZE is 4096.
1*4096 2*40963*40964*4096
5*4096 6*40967*40968*4096
10
From: Aravindan Muthukumar
Now the complexity has been reduced to O(1)
Algorithm calculates the index using matrix method.
Matrix arrangement is as below:
Assuming PAGE_SIZE is 4096.
1*4096 2*40963*40964*4096
5*4096 6*40967*40968*4096
10*4096
From: Aravindan Muthukumar
Avoiding the loop which was running with O(n) complexity.
Now the complexity has been reduced to O(1)
Algorithm calculates the index using matrix method.
Matrix arrangement is as below:
Assuming PAGE_SIZE is 4096.
1*4096 2*40963*40964*4096
From: Aravindan Muthukumar
Avoiding the loop which was running with O(n) complexity.
Now the complexity has been reduced to O(1)
Algorithm calculates the index using matrix method.
Matrix arrangement is as below:
Assuming PAGE_SIZE is 4096.
1*4096 2*40963*40964*4096
From: Aravindan Muthukumar
Avoiding the loop which was running with O(n) complexity.
Now the complexity has been reduced to O(1)
Tested with piglit.
Slight performance improvement (~1%) in 3d mark.
Change-Id: Id099f1cd24ad5b691a69070eda79b8f4e9be39a6
Signed-off-by: Aravindan Muthukumar
Signed
From: Aravindan Muthukumar
Original logic loops over the list for every buffer object. Maintained
a flag to identify whether bo is already there in list.
Improves performance - 3DMark by 2%
Tested with piglit
Signed-off-by: Aravindan Muthukumar
Signed-off-by: Yogesh Marathe
---
src/mesa
From: Aravindan Muthukumar
This patch improves CPI Rate(Cycles per Instruction) and branch miss predict
for i965. The function check_state() was showing CPI retired rate.
Performance stats with android:
- CPI retired lowered by 28% (lower is better)
- Branch missprediction lowered by 13% (lower
From: Aravindan Muthukumar
This patch improves CPI Rate(Cycles per Instruction)
and branch mispredict for i965. The function check_state()
was showing CPI retired rate.
Performance stats with android:
CPI retired lowered by 28% (lower is better)
Branch missprediction lowered by 13% (lower is
From: Aravindan M
This patch improves CPI Rate(Cycles per Instruction)
and CPU time utilization for i965. The functions
check_state and brw_pipeline_state_finished was found
poor CPU utilization from performance analysis.
Change-Id: I17c7e719a16e222764217a0e67b4482748537b67
Signed-off-by: Aravin
From: Aravindan M
This patch improves CPI Rate(Cycles per Instruction)
and CPU time utilization for i965. The functions
check_state and brw_pipeline_state_finished was found
poor CPU utilization from performance analysis.
Change-Id: I17c7e719a16e222764217a0e67b4482748537b67
Signed-off-by: Aravin
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