Program Grid and HPC workshop IV

Program

Grid and HPC workshop IV

22-28 Azar 1390

9.00-9.45 9.45-10.30 Break 11.00-11.45 11.45-12.30 Lunch 14.00-17.00 Tuesday SR Opening Report of Iran grid VS gLite G Advanced Linux G Advanced Linux G Advanced Linux Workshop Wednesday VS gLite ZZ IPM_Grid OpenMP+MPI EN EN OpenMP+MPI G+MMT MPI+glite Workshop Thursday VS gLite VS gLite MN Introduction to CA EN OpenMP+MPI MN+ZZ +glite Workshop Friday Off Staurday Raasi Testing and BenchMarking Raasi Testing and BenchMarking B CRAB and CMS SW B CRAB and CMS SW Workshops Application, MPI , GPU, Hadoop, CUDA CMS SW. Sunday EN OpenMP+MPI EN OpenMP+MPI EN GPU+CUDA HG Gromacs+GPU Monday Dj Financial Risk Calculation Dj Financial Risk Calculation K JPPF

Organizing Committee:

"Hamed Seyed-allaei" <[email protected]>, "Reza Ejtehadi" <[email protected]>,

"S. Mehdi Vaez Allaei" <[email protected]>, "Shahin Rouhani" <[email protected]>,

Speakers:

Speaker Session Topic Workshop

Gerami 2 Advanced Linux X

Zeinalpour 1 Intro to IPM-Grid X

Bakhshian 2 CRAB and CMS SW X

Djoudi 2 Financial Risk Calculation X

Nedaaee 6 _{Open MP, MPI,CUDA X}

Vladimir Slavnic 4 _{Middleware, gLite X}

Ghorbanfekr 1 _{Gromacs X}

Raasi 2 Test and BenchMarking X

Rouhani 1 Opening and report

Najafzadeh 2 CA X

Karimi 1 JPPF X

SUM 24

Contents

1. Hamed Bakhshian “CRAB and CMS SW”

 brief description of what CMSSW is and what it needs to work.

 multi-tier model of GRID in CMS and define the GRID-SITEs in this model

 Data Storage and sync.

 Mass production and reconstruction

 user analysis requirements

 CRAB and how it works

 servers : DBS, crab server , ... 2. Omid Djoudi "Financial Risk Calculation"

 Counterparty and Market Risk

 Exposure and VaR calculation using compute/data grid

 Map/Reduce programming metaphore

 Implementation with Apache Hadoop 3. Mohammad Reza Gerami “Linux”

 Limiting and Monitoring Users

 Server Hardening Security Tips

 Linux Logical Volume Manager (LVM) on Software RAID

 Linux performance tuning

 Debugging Linux Shell Scripts - Linux Programming

 Linux log management

 Cluster Management

4. Hossein Ghorbanfekr “Gromacs on GPU”

 GPU vs. CPU

 Gromacs on GPU

5. Mohammad Hossein Karimi “JPPF”

 Introduction

 Tutorial: A first taste of JPPF

 Node and Server Management and Monitoring

 Extending and Customizing JPPF

 J2EE Connector

 GigaSpaces XAP Connector 6. Vladimir Slavnic “gLite”

Lecture 1:

 Introduction to GRID computing

 Computing resources concepts

 Server

 Cluster

 High Performance Computing (HPC)

 GRID

 Clouds

 GRID as a model for distributed computing Lecture 2:

 GRID infrastructures and projects

 GRID Middlewares  UMD  gLite  ARC  UNICORE Lecture 3:  gLite  Resource Management  Information services  Data management  Security

 Authentication and authorization

Lecture 4:

 Workload management

 Job submission

 Advanced job types

 gLite services

 Workload Management System (WMS)

 User Interface (UI)

 Storage Element (SE)

 CREAM

 ...

7. Hossein Raasi “Topics in Testing & Benchmarking”

 Challenges in Testing of HPC and Grid Systems

 Functional vs Structural Testing

 Tools and Services

 Quality of Service & Benchmarking

 Aspects of QA in Grid Environments 8. Mahsa Najafzadeh “Certification Authority”

 The importance of the establishment of security mechanisms in Grid Computing

 How to create a secure infrastructure in Grid

 Introduction to PKI

 Digital Certification

 Introduction to Certification Authority

 Main components

 The Responsibilities of Registration Authority

 The Responsibilities of Certification Authority Manager

 Introduction to IR-Grid certification Authority

 The procedure of issuing digital Certification for users and host in Grid 9. Ehsan Nedaee “Open MP, MPI, CUDA”

 Introduction

 level of parallization

 Shared Memory and distributed Memory models

 GPU a new device for parallization

 Shared Memory Paralization Using OpenMp

 Inroduction

 Pros and Cons of OpenMP

 Compiling and Runnig OpenMP

 Basics

 Loop Construct

 Reduction operations

 Parallel overhead

 Optimization: Scheduling

 MPI, an introduction

1. Applications of MPI 2. Some Goals of MPI 3. What is included in MPI 4. Versions Of MPI

 Point to Point (PTP) Communications in MPI 1. Blocking PTP communications 2. Non-Blocking PTP Communications

 Collective Communications

 Paralization on GPU using CUDA

 Introduction

1. Graphics Processing Unit (GPU)

2. Compute Unified device Architecture (CUDA) 3. CUDA Programming Model

 CUDA C: The Basics

 CUDA Threads

 CUDA Memories

 Performance Considerations

 Floating Point Considerations 10. Zeinab Zeinalpour “Introducing IPM-Grid”

 Why grid

 What is IPM-grid

 How to use IPM-Grid

 >> Registration

 >> Job Management

 How to use our GUI?

Workshop Timetable

Lunch 14.00-15.00 15.00-16.00 16.00-17.00 Tuesday ZZ:

certification, UI, Job submission G+MMT+K: Advanced topics in Linux G+MMT+K: Advanced topics in Linux Wednesday ZZ:

certification, UI, Job submission

ZZ: certification, UI, Job submission

VS+G+MMT+K: gLite Workshop Thursday MN+ZZ:

certification, UI, Job submission VS+G+MMT+K: gLite Workshop VS+G+MMT+K: gLite Workshop off Saturday Raasi+ZZ+P: Testing B: CRAB+CMS SW VS+G+MMT+K: gLite Workshop Sunday MG: Gromacs EN: OpenMP, MPI EN: OpenMP, MPI Monday VS+G+MMT+K: gLite Workshop VS+G+MMT+K: gLite Workshop VS+G+MMT+K: gLite Workshop