Here are the runs I started if these give you any errors please post here:


ps_81_DR8_rev_8_4_00001
ps_81_DR8_rev_8_4_00002
ps_81_DR8_rev_8_4_00001
ps_81_DR8_rev_8_4_00002

ps_81_DR8_rev_8_4_00002
ps_81_DR8_rev_8_4_00002
ps_81_DR8_rev_8_4_00002
ps_81_DR8_rev_8_4_00002


Thank you,


Jeff Thompson

You folks might want to collaborate with scientists who specialize in areas that have nothing to do with astronomy. Sometimes the techniques they used to solve their problems will work for your problems. ORSA and TIMS come to mind.

The algorithms used to solve positioning problems for optical pattern recognition might be helpful to "normalize" distorted data patterns created by any number of aberrations beyond our control.

For example, a scientist struggled to design a way to monitor and control traffic patterns. He found the answer to his need from an aeronautical engineer who specialized in the dynamics of compressible gases. It seems that the reaction speed and observation limitations of human drivers matched feedback loops caused by turbulence in air flow over wing surfaces.

BTW, MySQL has both advantages and limitations for scientific work. One advantage is the ability to manage data at the bit level. Its disadvantage is scalability problems.

It is not consistent but some of these runs crash the display driver, which the OS will catch and will then restart, the run will continue to execute, and finally post a result with a computational error.

All of these work units end in computational errors on my computer. Running Win7 Home with a AMD 5870 card.

---

All of these work units end in computational errors on my computer. Running Win7 Home with a AMD 5870 card.

Me too. Seemingly the WU barely starts and is stopped to start another. Is there a download error?

Me too. Seemingly the WU barely starts and is stopped to start another. Is there a download error?

Your card does not support the double precision necessary for this project.

Last valid unit
since then receives some 7-8 Hourly Jobs.
who go too long, it is not possible to calculate them in 7-8 hours
so completely wrong everything. since yesterday

Stderr output

<core_client_version>7.4.36</core_client_version>
<![CDATA[
<stderr_txt>
<search_application> milkyway_separation 1.36 Windows x86_64 double OpenCL </search_application>
Reading preferences ended prematurely
BOINC GPU type suggests using OpenCL vendor 'Advanced Micro Devices, Inc.'
Error loading Lua script 'astronomy_parameters.txt': [string "number_parameters: 4..."]:1: '<name>' expected near '4'
Switching to Parameter File
Using SSE4.1 path
Found 1 platform
Platform 0 information:
Name: AMD Accelerated Parallel Processing
Version: OpenCL 1.2 AMD-APP (1526.3)
Vendor: Advanced Micro Devices, Inc.
Extensions: cl_khr_icd cl_khr_d3d10_sharing cl_khr_d3d11_sharing cl_khr_dx9_media_sharing cl_amd_event_callback cl_amd_offline_devices
Profile: FULL_PROFILE
Using device 1 on platform 0
Found 2 CL devices
Device 'Tahiti' (Advanced Micro Devices, Inc.:0x1002) (CL_DEVICE_TYPE_GPU)
Board: AMD Radeon HD 7900 Series
Driver version: 1526.3 (VM)
Version: OpenCL 1.2 AMD-APP (1526.3)
Compute capability: 0.0
Max compute units: 32
Clock frequency: 1050 Mhz
Global mem size: 3221225472
Local mem size: 32768
Max const buf size: 65536
Double extension: cl_khr_fp64
Build log:
--------------------------------------------------------------------------------
LOOP UNROLL: pragma unroll (line 305)
Unrolled as requested!
LOOP UNROLL: pragma unroll (line 297)
Unrolled as requested!
LOOP UNROLL: pragma unroll (line 290)
Unrolled as requested!
LOOP UNROLL: pragma unroll (line 261)
Unrolled as requested!
LOOP UNROLL: pragma unroll (line 208)
Unrolled as requested!

--------------------------------------------------------------------------------
Estimated AMD GPU GFLOP/s: 4301 SP GFLOP/s, 1075 DP FLOP/s
Using a target frequency of 60.0
Using a block size of 8192 with 68 blocks/chunk
Using clWaitForEvents() for polling (mode -1)
Range: { nu_steps = 320, mu_steps = 800, r_steps = 700 }
Iteration area: 560000
Chunk estimate: 1
Num chunks: 2
Chunk size: 557056
Added area: 554112
Effective area: 1114112
Initial wait: 13 ms
Integration time: 6.331609 s. Average time per iteration = 19.786280 ms
Integral 0 time = 6.562461 s
Running likelihood with 108460 stars
Likelihood time = 2.231989 s
<background_integral> 0.000220992262659 </background_integral>
<stream_integral> 47.231087768584288 315.553007454820540 40.825448648968347 </stream_integral>
<background_likelihood> -3.422233091808279 </background_likelihood>
<stream_only_likelihood> -7.150527182890539 -4.007051329240707 -3.893893034454298 </stream_only_likelihood>
<search_likelihood> -2.973321831436450 </search_likelihood>
05:59:05 (8712): called boinc_finish

</stderr_txt>
de_modfit_fast_15_3s_136_narrow2_1_1413455402_22884014
application Milkyway@Home Separation (Modified Fit)
created 12 Jan 2015, 4:45:48 UTC
canonical result 946785332
granted credit 26.74
minimum quorum 2
initial replication 3
max # of error/total/success tasks 2, 9, 6

OK Now its work. ..-)
Testing new units.

Regrettably, I have to abort these runs as I get a computational error each time.

Running ATI 5830 on a AMD Sabertooth w/8370 processor.