COMPARISONS 64-bit Intel Xeon X5650 2.66Ghz processors –12 processors sharing 48 GB RAM –Each BARON run restricted to single processor All experiments.

Slides:

Advertisements

Similar presentations

Integrating BotMiner and SNARE into SMITE Nick Feamster and Wenke Lee Students: Shuang Hao and Junjie Zhang Georgia Tech.

Advertisements

Some benchmark numbers of TPTP 4.2 runtime Viacheslav Rybalov, July, 2006.

What is Hardware? Hardware is the physical parts of the computer system – the parts that you can touch and see. A motherboard, a CPU, a keyboard and a.

In search of Digital quality by Philip Lawson FRPS DPAGB.

Ismael R. de Farias, Jr. 1 Joint work with Ernee Kozyreff 1 and Ming Zhao 2 1 Texas Tech 2 SAS Integer Programming with Complementarity Constraints.

28 September 2011 RIS d.o.o Performance comparison &

HPCC Mid-Morning Break High Performance Computing on a GPU cluster Dirk Colbry, Ph.D. Research Specialist Institute for Cyber Enabled Discovery.

The Protein Folding Problem David van der Spoel Dept. of Cell & Mol. Biology Uppsala, Sweden

 Contents 1.Introduction about operating system. 2. What is 32 bit and 64 bit operating system. 3. File systems. 4. Minimum requirement for Windows 7.

HS06 on the last generation of CPU for HEP server farm Michele Michelotto 1.

Consultant Learning Services Microsoft Store Customer Service and Support Sutherland Global Services.

Properties Change theme Properties Change theme Windows (standard) Windows start.

Capacity Planning in SharePoint Capacity Planning Process of evaluating a technology … Deciding … Hardware … Variety of Ways Different Services.

Michael Monroig Michael Fiorelli.  The Processor is also known as the CPU or Central Processing Unit.  Processors carry out the instructions of computer.

HPCC Mid-Morning Break Dirk Colbry, Ph.D. Research Specialist Institute for Cyber Enabled Discovery Introduction to the new GPU (GFX) cluster.

THE QUE GROUP WOULD LIKE TO THANK THE 2013 SPONSORS.

COMPARISONS 64-bit Intel Xeon X Ghz processors –12 processors sharing 48 GB RAM –Each BARON run restricted to single processor All experiments.

Accelerating SQL Database Operations on a GPU with CUDA Peter Bakkum & Kevin Skadron The University of Virginia GPGPU-3 Presentation March 14, 2010.

Computer Design Corby Milliron. Mother Board specs Model: Processor Socket Intel Processor Interface LGA1150 Form Factor ATX Processors Supported 4th.

Adam Meyer, Michael Beck, Christopher Koch, and Patrick Gerber.

Technology Expectations in an Aeros Environment October 15, 2014.

DELL PowerEdge 6800 performance for MR study Alexander Molodozhentsev KEK for RCS-MR group meeting November 29, 2005.

 Happy December!  Sponge: Go to your wiki!  Today’s Lesson Target  Basic Engineering Notation  How to describe a CPU.  How to install a CPU.

Per Møldrup-Dalum State and University Library SCAPE Information Day State and University Library, Denmark, Hadoop and its applications at the.

Towards a Fast Heuristic for MINLP John W. Chinneck, M. Shafique Systems and Computer Engineering Carleton University, Ottawa, Canada.

Different CPUs CLICK THE SPINNING COMPUTER TO MOVE ON.

Inside the Computer Ms. Rocío Acevedo September 2006.

Chapter 3: How to Speak Geek and Make Informed Purchasing Decisions

Development of the Graphical User Interface and Improvement and Streamlining of NYMTC's Best Practice Model Jim Lam, Andres Rabinowicz, Srini Sundaram,

Implementing KFS Release 2 (Let’s Get Cookin’!) Susan Moore / Jonathon Keller, UC - Davis Vince Schimizzi / Mike Criswell, MSU.

£899 – Ultimatum Computers indiegogo.com/ultimatumcomputers The Ultimatum.

JPCM - JDC121 JPCM. Agenda JPCM - JDC122 3 Software performance is Better Performance tuning requires accurate Measurements. JPCM - JDC124 Software.

1 Buses and types of computer. Paul Strickland Liverpool John Moores University.

YONSEI UNIVERSITY Korea Emme Users’ Conference 21 April 2010 Prof. Jin-Hyuk Chung.

Hyper Threading Technology. Introduction Hyper-threading is a technology developed by Intel Corporation for it’s Xeon processors with a 533 MHz system.

Qian Chen, Haibo Hu, Jianliang Xu Hong Kong Baptist University Authenticating Top-k Queries in Location-based Services with Confidentiality1.

Our Small Company Jamel Callands, Austin Chaet and Carson Gallimore.

COMPUTER COMPARISON Period 4 By : Matthew Walker Joseph Deahn Philip Wymer Joshua Deloraya.

1 Blooming Trees for Minimal Perfect Hashing Author: Gianni Antichi, Domenico Ficara, Stefano Giordano, Gregorio Procissi, Fabio Vitucci Publisher: GLOBECOM.

John Matrow, System Administrator/Trainer. Short History HiPeCC created April 1999 Purchased 16p 300Mhz SGI Origin 2000 April 2001: Added 8p 250Mhz.

Introducing the NEW Apple iBook Laptop Computer Anthony Shaffo NEW.

Baum, Boyett, & Garrison Comparing Intel C++ and Microsoft Visual C++ Compilers Michael Baum David Boyett Holly Garrison.

The Internet (Gaming) Windows XP or later 1.7 GHz Intel or AMD Processor 512 MB of RAM DirectX 8.1 graphics card Sound card (These requirements are based.

Processors with Hyper-Threading and AliRoot performance Jiří Chudoba FZÚ, Prague.

 System Requirements are the prerequisites needed in order for a software or any other resources to execute efficiently.  Most software defines two.

Chap 4: Processors Mainly manufactured by Intel and AMD Important features of Processors: Processor Speed (900MHz, 3.2 GHz) Multiprocessing Capabilities.

Contact Sambit Samal (sambits) for additional information on Benchmarks.

Performance profiling of Experiments’ Geant4 Simulations Geant4 Technical Forum Ryszard Jurga.

From Westmere to Magny-cours: Hep-Spec06 Cornell U. - Hepix Fall‘10 INFN - Padova michele.michelotto at pd.infn.it.

Team Wildcats By: Patrick Kelly And Jesus Flores.

Lab Activities 1, 2. Some of the Lab Server Specifications CPU: 2 Quad(4) Core Intel Xeon 5400 processors CPU Speed: 2.5 GHz Cache : Each 2 cores share.

Computer Performance. Hard Drive - HDD Stores your files, programs, and information. If it gets full, you can’t save any more. Measured in bytes (KB,

Representation of Data Binary Representation of Instructions teachwithict.weebly.com.

FFT Accelerator Project Rohit Prakash(2003CS10186) Anand Silodia(2003CS50210) Date : February 23,2007.

J & H Automotive “Fast, Reliable Service… Guaranteed”

By: Billy Geiger Jordan Howell Project 2. Contents 3 Servers Operating System Firewall Device Switch Server Rack UPS(Uninterruptible Power Supply)

Sobolev(+Node 6, 7) Showcase +K20m GPU Accelerator.

Brief introduction about “Grid at LNS”

Hardware specifications

High Performance Computing on an IBM Cell Processor --- Bioinformatics

Overview of IPB responsibilities in EGEE-III SA1

Latency Measurement Testing

CERN Benchmarking Cluster

Intel Microprocessor.

IBM CPLEX Global Non-Convex MIQP

مديريت موثر جلسات Running a Meeting that Works

Hardware Accelerated Video Decoding in

Implementing KFS Release 2 (Let’s Get Cookin’!)

Assembly Language for Intel-Based Computers, 5th Edition

Run time performance for all benchmarked software.

Presentation transcript:

COMPARISONS 64-bit Intel Xeon X Ghz processors –12 processors sharing 48 GB RAM –Each BARON run restricted to single processor All experiments under GAMS –500 CPU seconds limit; optca=optcr=1e-6 –Performance profiles with GAMS performance tool Global codes –BARON v (2014) –Antigone 1.1, Couenne 0.4, LindoGlobal 9.0, SCIP 3.1 1

369 NLPs FROM GLOBALLIB 2 Con: 785 (1—26759), Var: (2—19315) BARON SCIP COUENNE LINDOGLOBAL ANTIGONE

141 MINLPs FROM IBMLIB 3 BARON SCIP COUENNE LINDOGLOBAL Con: 960 (12—4986), Var: 510 (15—2721), Disc: 138 (4—576) ANTIGONE

250 MINLPs FROM MINLPLIB 4 BARON SCIP COUENNE LINDOGLOBAL Con: 532 (1—24972), Var: 603 (1—23827), Disc: 258 (1—10920) ANTIGONE

980 NLPs FROM PRINCETONLIB 5 BARON SCIP COUENNE LINDOGLOBAL Con: 823 (1—13801), Var: 1336 (2—20201) ANTIGONE

AGGREGATE: 1740 NLPs and MINLPs (369 GLOBALLIB, 141 IBMLIB, 250 MINLPLIB, 980 PRINCETONLIB) BARON SCIP COUENNE LINDOGLOBAL 6 Con: 780 (1—26759), Var: 1097 (1—23827), Disc: 47 (0—10920) ANTIGONE