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cdr

Conceptual Design Report

You must write each part you are responsible for,following the template below. To help you, two examples of CDR are exposed. One deals with the T2K experiment. One other deals with a design write up for a neutrino telescope. Both could give you a good idea of what information needs to be input into the CDR.

T2K experiment CDR.
KM3net CDR.

CDR template versionning:
template for Office2007.
template for Office98-2003.

METHODOLOGY OF WRITING

Below is displaying the template of the CDR. When you contribute to a special part, input a link to your paragraph (.doc file), type your name, your laboratory, and the date of creation and modification. Saclay will collect all parts to put together in a complete document.

8-)8-O8-o:-(:-):-/:-/:-\:-D:-D;-)
example :

  • *name : Frederic Druillole
    Institute : CEA-Saclay IRFU
    email : frederic.druillole@cea.fr
    part link to : Intro.doc
    modified date :** 20/07/09

8-)8-O8-o:-(:-):-/:-/:-\:-D:-D;-)

Contents

1. Introduction

1.1. Scientific Objectives

1.2. Ion beam interaction in gases

1.3. Events signature

1.4. Electronic and physics history

2. Scientific Cases

2.1. For Actar

name: Riccardo Raabe

Institute: GANIL

email: raabe@ganil.fr

file: :get-cdr98_riccardo_2.1_2.3_2.5.doc

Modified: 19/10/09

2.2. For AT-TPC

2.3. For 2p-TPC

name: Riccardo Raabe

Institute: GANIL

email: raabe@ganil.fr

file: :get-cdr98_riccardo_2.1_2.3_2.5.doc

Modified: 19/10/09

2.4. For Samouraï TPC

2.5. For Detector R&D

name: Riccardo Raabe

Institute: GANIL

email: raabe@ganil.fr

file: :get-cdr98_riccardo_2.1_2.3_2.5.doc

Modified: 19/10/09

3. General concept and overview

3.1. System Overview

3.2. Physics requirements

name: Riccardo Raabe, Lolly Pollacco

Institute: GANIL, Saclay

email: raabe@ganil.fr, emmanuel.pollacco@cea.fr

file: :get-cdr98_riccardo_3.2_3.4.doc

Modified: 19/10/09

3.3. Performances

3.4. Trigger policies

name: Riccardo Raabe, Lolly Pollacco

Institute: GANIL, Saclay

email: raabe@ganil.fr, emmanuel.pollacco@cea.fr

file: :get-cdr98_riccardo_3.2_3.4.doc

Modified: 19/10/09

3.5. Clock Management

4. Information Technology

4.1. Data Acquisition Model

4.2. Hardware Objects

4.2.1 AGET : Front end Asic

name: Pascal Baron

Institute: CEA/DSM/IRFU/SEDI

email: pascal.baron@cea.fr

file: cdr_aget.doc

Modified: 01/10/09

4.2.2 Front End Card
4.2.3 Data Concentration Board

name: Nathan Usher

Institute: NSCL/MSU

email: usher@nscl.msu.edu

file: cdr_4.2.3.doc

Modified: 19/08/09

4.2.4 Trigger system and Clock distribution

name: Gilles Wittwer

Institute: CEA-CNRS/GANIL

email: wittwer@ganil.fr

file: cdr_mutant_bem.doc

Modified: 19/10/09

4.3. Data Acquisition and Processing System

4.3.1 Real Time Acquisition
4.3.2 Slow control Model
4.3.3 Run Control Model

5. Mechanics

5.1. Mechanics near Detectors

5.2. Back end Mechanics

5.3. Thermal dissipation

5.4. Electro-magnetic compatibility

5.5. Positioning

6. Calibration

6.1. Electronics Calibration

6.2. Physic Calibration

7. Safety and system monitoring

7.1. Overview

7.2. Safety and Monitoring Model

7.3. Monitoring Parameters

7.4. Hardware concept

7.5. Software concept

8. Development Plan

8.1. Timeline and Decision Path

8.2. Operational issues

9. GLOSSARY

10. BIBLIOGRAPHY

11. Annexe 1:

cdr.txt · Last modified: 2009/10/19 08:50 by 127.0.0.1