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Posts posted by tphase
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Dear SIRE,
Please change my nickname from nurv to tphase
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MULTI THREADED PI @ LINPACK v7.0
Native - No .NET dependencies
Development tool - Visual C ++ 2013
Architecture: x86 32 bit
SCORING ON HWBOT IS THE SAME. I have only redesigned the UI.
News - For PI you can disable parallelization [via Properties window] in order to make comparisons between single-threaded and the multi-thread version. LINPACK runs only multithreaded.
The application is written entirely in Visual C ++. The graphical user interface is redesigned for efficiency. In the Properties window are displayed the default settings for each benchmark and CPU informations [type, number of cores and frequency].
For PI you can enable or disable parallelization [Multi Core: YES / NO]
DOWNLOAD LINK
http://db.orangedox.com/2gRJju631EltQS2Pc3/MultiThreadedPI%40LINPACK.zip
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MULTI THREADED PI @ LINPACK v7.0
Native - No .NET dependencies
Development tool - Visual C ++ 2013
Architecture: x86 32 bit
SCORING ON HWBOT IS THE SAME. I have only redesigned the UI.
News - For PI you can disable parallelization [via Properties window] in order to make comparisons between single-threaded and the multi-thread version. LINPACK runs only multithreaded.
The application is written entirely in Visual C ++. The graphical user interface is redesigned for efficiency. In the Properties window are displayed the default settings for each benchmark and CPU informations [type, number of cores and frequency].
For PI you can enable or disable parallelization [Multi Core: YES / NO]
DOWNLOAD LINK
http://db.orangedox.com/2gRJju631EltQS2Pc3/MultiThreadedPI%40LINPACK.zip
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MULTI THREADED PI @ LINPACK v7.0
Native - No .NET dependencies
Development tool - Visual C ++ 2013
Architecture: x86 32 bit
SCORING ON HWBOT IS THE SAME. I have only redesigned the UI.
News - For PI you can disable parallelization [via Properties window] in order to make comparisons between single-threaded and the multi-thread version. LINPACK runs only multithreaded.
The application is written entirely in Visual C ++. The graphical user interface is redesigned for efficiency. In the Properties window are displayed the default settings for each benchmark and CPU informations [type, number of cores and frequency].
For PI you can enable or disable parallelization [Multi Core: YES / NO]
DOWNLOAD LINK
http://db.orangedox.com/2gRJju631EltQS2Pc3/MultiThreadedPI%40LINPACK.zip
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Multi Threaded PI @ LINPACK v6.0
New Download Link
PI:
https://www.dropbox.com/s/zqgja04a9i4ihyh/Multi%20Threaded%20PI%20Ultimate.zip
LINPACK:
https://www.dropbox.com/s/8v4cm0jf13j5wln/Multi%20Threaded%20LINPACK%20Ultimate.zip
Video Presentation
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Wow, Intel is paying sponsorship ?
I would like that...
No sire, the benchmark displays the Intel or AMD logo depending of what CPU do you use.
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Multi Threaded PI @ LINPACK v6.0
New Download Link
PI:
https://www.dropbox.com/s/zqgja04a9i4ihyh/Multi%20Threaded%20PI%20Ultimate.zip
LINPACK:
https://www.dropbox.com/s/8v4cm0jf13j5wln/Multi%20Threaded%20LINPACK%20Ultimate.zip
Video Presentation
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A NEW WORLD RECORD HAS BEEN SET FOR BOTH PI @ LINPACK!
http://www.overclock.net/t/1450529/a-new-cpu-benchmark-multi-threaded-pi-linpack/10#post_21427039
I challenge you to break it!
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Not sure if this "feature" is included already, but if the benchmark is not run at stock, can the submit to HWBot button be greyed out?
If the benchmark is not executed at default settings for HWBOT, you will get a message and you cannot submit. You want the button to be disabled?
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Scoring is still the same ?
Yes sire. The core algorithm is exactly the same, it won't affect other results at all, all submissions are valid.
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Pi worked fine today, Linpack did not; submitting direct from the PC that made the result. Is something wrong with the key generation? I had to download the latest version to get PI to work, but Linpack is a dodo atm for me
Everything is OK with key generation. I tried right now, and here it is [with the version available for download]:
http://hwbot.org/submission/2406344_ovidiutabla_multi_core_linpack_core_i5_3330_38sec_214ms
If you get "Unable to parse data file", please attach the data file and I will announce <Massman> about this. I think maybe there is a bug on their back end.
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As far as I know nothing changed on our backend, so I don't see how it would work before and not anymore. Are you sure it's a bug on our end?
I can tell you for sure that I have encountered the same problem with my personal datafile. The next day when I tried to submit again, it worked. With the same datafile.
Some users encounter the same problem. The only solution was try again later.
I will ask users who cannot submit because of this message to attach their datafile here and if you agree I will send you by PM the encryption keys to test by yourself and see if we can both solve this.
Thank you very much.
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This is not because the datafile is corrupted. I get the same message from time to time myself with the same datafile. Is a HWBOT bug, I don't know how to solve it.
Originally Posted by tphaseHello sire.
Please HELP! From time to time, I get the UNABLE TO PARSE THE DATAFILE, when trying to submit the crypted XML datafile to HWBOT. The file is correctly encrypted, respects HWBOT standards but sometimes we cannot submit.
Any help?
It is not because the datafile is corrupted.
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I've had this too.
Also, I can submit a Pi result as a Linpack result and vice versa. Might want to have something in there to not do that
Thank you for discovering that bug!
Encryption key changed, you can't do that anymore, please check.
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Same problem as Knut! Yesterday I've spent 30 minutes trying to beat someone, and when I did, the saved file was corrupted
Strange...
Please check now, and tell me if it is fixed or not:
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Meet Multi Core PI @ LINPACK!
Multi Core PI is a multithreaded CPU benchmark that calculates PI decimals using Bailey–Borwein–Plouffe formula. Default setting for benchmark is 80000 decimals.
Multi Core LINPACK is a multithreaded CPU benchmark that performs numerical linear algebra. It makes use of the BLAS (Basic Linear Algebra Subprograms) libraries for performing basic vector and matrix operations. Default setting for benchmark is a Matrix size of 4000.
The benchmark is written in Visual C++ and provide excellent parallelism.
Submit to HWBOT
You can submit results to HWBOT. When you press <Create datafile for HWBOT> a screenshot of the entire screen and a crypted XML datafile will be created. Attention! CPUZ must be running!
Supported operating systems
Microsoft Windows XP / Server 2003
Microsoft Windows Vista / 7
Microsoft Windows 8 / Server 2012
Download link
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Please change my nickname from tphase to ovidiutabla. Thank You.
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Meet Multi Core PI!
A multithreaded CPU benchmark that calculates PI decimals using Bailey–Borwein–Plouffe formula.
The benchmark is written in Visual C++ and provide excellent parallelism.
How it works
Default setting for benchmark is 80.000 decimals. Just hit <Run benchmark> button to start benching your CPU.
Submit to HWBOT
First, press <Create datafile for HWBOT> button. A screenshot of the entire screen and a crypted XML datafile will be created. Attention! CPUZ must be running!
Second, press <Go to HWBOT submission page> and submit your datafile to HWBOT.
HWBOT
http://hwbot.org/benchmark/multi_core_pi/
Supported operating systems
Microsoft Windows XP / Server 2003
Microsoft Windows Vista / 7
Microsoft Windows 8 / Server 2012
Website
http://www.pcgamingxtreme.ro/multi-core-pi-linpack-ultimate/
Download Link
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Meet Multi Core LINPACK!
A multithreaded CPU benchmark that performs numerical linear algebra. It makes use of the BLAS (Basic Linear Algebra Subprograms) libraries for performing basic vector and matrix operations.
The benchmark is written in Visual C++ and provide excellent parallelism.
How it works
Default setting for benchmark is a Matrix size of 4000. Just hit <Run benchmark> button to start benching your CPU.
Submit to HWBOT
First, press <Create datafile for HWBOT> button. A screenshot of the entire screen and a crypted XML datafile will be created. Attention! CPUZ must be running!
Second, press <Go to HWBOT submission page> and submit your datafile to HWBOT.
HWBOT
http://hwbot.org/benchmark/multi_core_linpack/
Supported operating systems
Microsoft Windows XP / Server 2003
Microsoft Windows Vista / 7
Microsoft Windows 8 / Server 2012
Website
http://www.pcgamingxtreme.ro/multi-core-pi-linpack-ultimate/
Download Link
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I removed the slider.
Default setting for benchmark is 80.000 decimals. The target is to submit to HWBOT and we have to make sure that all users are benching at the same settings [80k decimals]
Download Link:
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I have implemented encryption for the XML datafile! Now cheaters can't cheat anymore.
Current version is 2.101
Download link:
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OK, thanks all for testing this. The software is optimized for multicore but the algorithm is not that complex and may not reveal 100% accurate the differences between different CPU's.
Having this experience and this goal, I developed a new benchmark, witch use a far more complex multithreaded algorithm. Multi Core PI.
The old benchmark Multi Core Prime is no longer in development. I hope you will find this benchmark more useful and will reveal more accurate performance differences between platforms.
Multi Core PI calculates PI decimals using Bailey–Borwein–Plouffe formula. The benchmark is using a multithreaded algorithm written in C++ and provide excellent parallelism. Multi Core PI is written in Visual C++ using MFC and Win32API.
How it works
A slider will help you set the decimals of PI, from 10.000 to 100.000. Default is 80.000. Just hit Run benchmark button to start benching your CPU.
Submit to HWBOT
First, press Take Screenshot button. A screenshot and a XML datafile will be created. Attention! CPUZ must be running!
Second, follow the link provided on the dialog and submit your datafile to HWBOT.
Supported operating systems
Microsoft Windows XP / Server 2003
Microsoft Windows Vista / 7
Microsoft Windows 8 / Server 2012
Download link
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I developed a multithreaded CPU benchmark that calculates PRIME numbers using a multithreaded parallel algorithm written in C++ and assembler. The software calculates prime numbers from 1 to 1.000.000.000 [one billion]. The software is written in Visual C++ using MFC and Win32API.
Multi-Core Prime at HWBOT:
http://www.hwbot.org/benchmarks/processor
A slider will help you set the exact interval: from 1 to 10.000.000 [ten millions] and up to 1.000.000.000 [1 billion]. The default value of the slider is 100.000.000 [one hundred millions]. In that case, the application will calculate all the prime numbers between 1 and 100 millions.
Also, you can create a datafile [Take screenshot button] that can be used to submit results to HWBOT.
http://www.hwbot.org/benchmark/multi-core_prime/
Download link:
I also provide 32 and 64 bit version of the software. The current version is 2.0.0.0
Parallel PI CPU Benchmark
in Benchmark software
Posted
Please meet Parallel PI
A multithreaded CPU benchmark
HWBOT Link:
Parallel PI overclocking records @ HWBOT
Development tool - Visual C ++ 2017
Architecture: x86 32bit
x86 Native .EXE
Parallel PI is a multithreaded CPU benchmark designed to test the performance of multi-core and multi-CPU systems. Is using Bailey-Borwein–Plouffe formula (BBP formula) - a spigot algorithm for computing the n'th binary digit of pi (symbol: π) using base 16 math.
Parallel PI is providing excellent parallelism and perfect workload distribution among all cores / CPU's in the system.