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2004 2005 2006 2007 2008 2009 2010 2011

Diploma at CSC
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Inverted CSCs

iCSC05 iCSC06 iCSC08 iCSC10 iCSC11

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School@chep06


Inverted School 2010

8-9 March 2010


CSC2010

CSC2010 Overview

Practical Information
Programme
Schedule
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Examination results
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CSC-Live

CERN School of Computing 2010 23 August-3 September  2010 - Uxbridge, UK

Programme Overview

Data Technologies

Base Technologies

Physics Computing

Schedule

Lecturers

Lecturer Bios

CSC-Live

 Printable Version  

Students at CSC2010

The following people have attended the 2010 CERN School of Computing.

 

Students  1-13 Students 14-27 Students  28-40 Students 41-52
From A to C From D to K From L to Q From R to Z

 

Alberto RESCO PEREZ

CERN, Geneva - Switzerland

I am graduated in Computer Science from University of Deusto in Bilbao (Spain) in 2007. Before coming to CERN I worked in CESGA, an Spanish Supercomputing Center and I started my PhD in Computing in University of Santiago de Compostela(Spain). I am working in CERN since October 2009 in IT-GT group for the European project ETICS. It provides a system for the configuration, building, testing and integration of software. It has a web interface and a command line client from where users can manage their configurations, submit builds and tests and get their results (binaries and reports). Recently has been introduced the possibility of send multinode tests. Inside it, I am the responsible the infrastructure of ETICS in the fields of deployment the service, virtualization, maintenance and monitoring. I also will work in develop deployment modules for the multi-node testing in ETICS. I mostly work with Python and bash but I am also familiar with C&C++ and Java.

 

Belmiro Danniel RODRIGUES MOREIRA

CERN, Geneva - Switzerland

I finished in 2004 a BSc degree in Mathematics lectured at UTAD – Portugal, and in 2009 a MSc degree in Informatics and Computer Engineering lectured at FEUP – Portugal. Currently I'm working at CERN in the IT-PES group in two different virtualization projects that covers the two big use cases which have been identified at CERN: the service consolidation project and the batch virtualization project. The first project aims to achieve the traditional benefits of service consolidation like: decoupling hardware and system image lifetime, reduced power requirements, maintenance reasons, etc. With the batch virtualization project the main objectives are: dynamic change of worker node types dependent on requirements; customization of images for specific use cases, possibility to mix virtual and real resources, etc. Also, I am involved in the evaluation of the Infrastructure Sharing Facility (ISF) tool from Platform Computing in order to make better use of virtual and physical resources within the computer centre. This could be one solution to manage the CERN internal cloud, which spans both Linux and Windows systems and covers a very diverse range of workloads.

 

Juan José RODRIGUEZ VÁZQUEZ

CIEMAT, Madrid - Spain

I am currently working as a system administrator at CIEMAT (Madrid, Spain). Due to the involvement of my institute in the LCG project (as a tier-2), my main task is the administration of our cluster for this purpose. Additionally, I also support all the user equipments of our department. I have worked with GNU/Linux and Windows mainly, but I have some knowledge of OS X too. The programming languages I use more are C/C++, Java and shell scripting.

 

Kamran SOOMRO

University of the West of England, Bristol – U.K.

I am working with Prof Richard McClatchey as a PhD student. My PhD work is related to analyzing provenance information to improve workflow design using data mining techniques. I am also working on an EU project called neuGRID; aimed at providing a neuroimaging analysis infrastructure to the medical domain. My specific area of work is related to developing infrastructure services for accessing grid resources and provenance collection and storage. I am familiar with Java, Python, PHP and C++. I am also familiar with Windows, Linux and Mac operating systems.

 

Maren UGLAND

University of Bergen - Norway

For my PhD studies, I am studying the branching fraction Bs->mu+mu- with data from the ATLAS experiment at CERN. In the standard model this decay is not possible at tree-level, and it is therefore very sensitive to contributions from new physics. The goal is to improve the current limit for the branching fraction set by the CDF experiment (short term), and once we have enough data, perform the measurement. The code for my analysis is written mostly in C++ (and a little python), but in the past I have also had some experience using Java. I am familiar with Windows and Linux.

 

Frank VOLKMER

Bergische Universität Wuppertal- Germany

In the last months I gradually took responsibility for maintaining the ATLAS Production System Dashboard which monitors all ATLAS tasks, where they are executed, how much cpu time they use end whether they are successful or not. The ProdSys Dashboard uses the Dashboard Web Framework, which was written in Python and developed at CERN. The dashboard runs on an Apache + mod_python system at CERN. This work includes the fixing of bugs and solving problems as they arise, as well as maintaining the dashboard and carrying its technology into the next decade. We, the dashboard team, started working on a new system that will use newer, more dynamic web technologies. This will help to generate new content for the dashboards more easily. From my previous work in the private sector and at university I acquired programming skills in C, C++, Guile and Java on all relevant operating systems, including Windows XP, Mac OS X 10.5, Ubuntu and CentOS.

 

Henning WEILER

CERN, Geneva - Switzerland

My current work focuses on the development of an intelligent module for a new publication platform in high-energy physics named INSPIRE. The module serves the purpose of solving author ambiguity--meaning the attribution of scientific artifacts (documents, preprints, articles, data, etc.) to their real creators. The disambiguation is done by using several metrics for a pair-wise comparison of potentially equal author entities within a pre-clustered block of authors. The module and the algorithm are developed in Python which uses a MySQL back-end for data storage and resides in the open source framework of the Invenio software platform developed at CERN. In general, my studies in Computer Science thought me the fundamental structures and paradigms of programming and problem solving which are applicable on a variety of programming languages. With Mac OS X and Linux (preferably a Debian) as my primary operating systems, I do not fear the use of Windows since I am a M$ Certified Professional for handling both Windows XP and 2kServer.

 

Tomasz WOLAK

CERN, Geneva - Switzerland

Since September 2009 I am working as fellow at CERN in IT/Grid Technology group, in section responsible for certification, testing and releases of the gLite middleware (grid middleware used in LCG), and the ETICS system development (used for building and testing gLite). I am working mainly as a sysadmin - I manage CERN certification testbed running a number of GRID services (SEs, CEs, WNs, WMS, DPM,...). Currently I am also maintainer of the vNode project - system for managing Xen virtual machines, and I am responsible for group's virtualization infrastructure (based on vNode and Xen) used mainly in release process and development of gLite. I am also involved in computer security - I manage system automating firewall rules generation for machines running grid services. In the past I did some programming in C/C++, Java, Perl, SCL (Siemens PLCs), PHP, and SQL. Being a sysadmin I do also bash scripting and recently I started using Python. I use mainly GNU/Linux (since over 10 years), occasionally MacOSX, but I also used (or at least tried) other operating systems (mostly u*x-like, but I also use MS Windows if I have to ;-)

 

Davide ZAMBON

CERN, Geneva - Switzerland

As technical student at CERN I am currently working on the T0 monitoring system. I am going to base my Master Thesis in Computer Science at the University of Udine, on this work. Since my arrival to CERN, I had mostly worked on web applications over the T0 database. During my educational (technical high school and university) I learnt different programming languages: java,c,c++, pascal, scheme, haskell and  some markup languages: XML,HTML. As DBMS I used mysql, postgresql and now oracle.

Jianlin ZHU

CERN, Geneva - Switzerland

I am a PhD student of Huazhong Normal University in China. I am working on AliEn project of ALICE experiment. AliEn is a lightweight Grid framework built around Open Source components using the combination of Web Service and distributed agent model. It is being developed by the ALICE collaboration as a production environment for the simulation, reconstruction and analysis of physics data.AliEn is written in perl. What I am doing is transferring the SOAP web services to apache (httpd) and adding secure function to the web services. The project environment is SLC5 and C ,C++,perl ,shell are the languages I am familiar.

 

Marcelo ZIMBRES SILVA

Campinas State University - Brazil

I am a Ph.D. student of Physics at Campinas State University. I am currently developing a ROOT based application to analyse data collected by the Pierre Auger observatory. The code is an implementation of the spherical wavelet transform that is being used for denoising and as a tool to look for point like cosmic ray sources and directional structures in the Pierre Auger sky. Since I began this project in 2008, I gained experience on the software development in the Unix environment (using Ubuntu privately and other Linux distributions in the Institute), that include the use of the version control system Git, GNU build system and extensive use of the C++ programming language.

 

 

 
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