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SPS Orbit System - MOPOS. SL Beam Instrumentation C.Boccard, T.Bogey, J.J.Gras, H.Hiller, S.Jackson, R.Jones, A.Manarin, J.P.Papis, J.L.Pasquet, H.Schmickler, J.C.de Vries A.Bland, J.Brazier, P.Charrue, P.Ribeiro, K.Rybalchenko. SPS Orbit System - MOPOS. Requirements

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SPS Orbit System - MOPOS

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Sps orbit system mopos

SPS OrbitSystem - MOPOS

SL Beam Instrumentation

C.Boccard, T.Bogey, J.J.Gras, H.Hiller, S.Jackson, R.Jones, A.Manarin, J.P.Papis, J.L.Pasquet, H.Schmickler, J.C.de Vries

A.Bland, J.Brazier, P.Charrue, P.Ribeiro, K.Rybalchenko


Sps orbit system mopos1

SPS Orbit System - MOPOS

  • Requirements

  • Architecture, implementation and tools

    • Orbit Modules, Presenting User Interface, Configuration

  • Solutions and Tasks

PCR SW Meeting 15-Jan-1999


What is required

What Is Required?

  • Reliable, available and homogenous orbit, first-turn and >1000 turn measurement in the SPS

  • Multiple function acquisition system

    • multiple users, different usage, multiple cycle

  • Automated calibration

  • Remote diagnostics

  • Configuration setting archive

PCR SW Meeting 15-Jan-1999


Experience in 1998

Experience in 1998

  • Problems related with hybrid system (COPOS+MOPOS) data access and error handling

  • Severe data validation checks (data reject on low gain and wrong beam time)

  • First-turn acquisition requires triggering by injection pre-pulse

  • Calibration procedure available from experts only

  • Mixture old and new operator control tools for the Orbit system

PCR SW Meeting 15-Jan-1999


Orbit related view

ORBIT

XPOS - WWW

Configuration

COPOS

Calibration

COPOS

Database

XPOS

Gateway

COPOS

Configuration

CPS

Server

ORBI

Server

XPOS

Configuration

Server

XPOS

Database

COPOSFront-Ends

MOPOS

Front-Ends

SPS

240 channels

ORBIT Related View

Obsolete in 1999

PCR SW Meeting 15-Jan-1999


Digitization system

Beam

2k FIFO

2k FIFO

2k FIFO

2k FIFO

PLX

9080

PLX

9080

PLX

9080

PLX

9080

Hybrid

Xilinx

Xilinx

Xilinx

Xilinx

32 dB

Pre-Amplifier

Mode

Calibrator

Gain+Filter

Receiver

Mode+Gate

Sample/Hold

Conversion

A/D Converter

10 Pick-up/MACI

S

D

40 Pick-up/Station

Digitization System

PPC 604

PCI/LOC

SYSRAM

PMC

PCI/VME

256 MB

PCI

PCI/PCI

SQ + IO

8MB/s

TG8

TIMD

NVRAM

PEB/PCI

GPIB

PCR SW Meeting 15-Jan-1999


Mopos software

timing

timing

rocsfe

nvram

control

sq

acquire

timd

sq

sq

sq

maci

network

MOPOS Software

System

equipsv

General

machine

timing

socksv

Action

Queue

sequencer

LUT

Turn clock

Acquisition

gates

Beam

Data

DMA

shared memory tables

8 MB/s

PCR SW Meeting 15-Jan-1999


Mopos turn by turn display

MOPOS Turn-by Turn Display

Horizontal Kick

176 turns = 4 ms

7 ms

176 turns = 4 ms

PCR SW Meeting 15-Jan-1999


Mopos timing diagnostics

MOPOS Timing Diagnostics

PCR SW Meeting 15-Jan-1999


Benefits of copos to mopos transformation for machine performance

Benefits of COPOS to MOPOS Transformation for Machine Performance

  • Contiguous turn measurements and data analysis

  • Simultaneous first-turn, orbit and multi-turn measurements

    • Multi-console usage

  • Integrated configuration tools and database

    • Hybrid software discarded

  • Improved diagnostics

    • Acquisition time

PCR SW Meeting 15-Jan-1999


Transfer zones related view

In 1998

In 1999

Transfer Line

Steering

Real Time

Bunch Displays

Transfer Line

Steering

Real Time

Bunch Displays

Measurement

Black-Box

Measurement

Black-Box

XPAS - 98

Data Collector

XPAS - 99

Data Collector

COPOSFront-Ends

Transfer Lines

Front-Ends

Transfer Lines

Front-Ends

MOPOS

Front-End

MOPOS

Front-Ends

SPS

240 channels

88 channels

SPS

240 channels

88 channels

Transfer Zones Related View

PCR SW Meeting 15-Jan-1999


Specialist view partially to be used by operations

Specialist View (partially to be used by operations)

XPOS

Acquisition

Timing

Diagnostics

Turn by Turn

Display

XPOS

Configuration

‘old’ Nodal databases will become

obsolete in 1999

COPOS

Database

TLPOS

Database

TIPOS

Database

XPOS

Gateway

COPOS

Configuration

TLPOS

Configuration

TIPOS

Configuration

XPOS

Database

XPOS

Configuration

Server

XPAS - 99

Data Collector

COPOSFront-Ends

MOPOS

Front-Ends

Transfer Lines

Front-Ends

PCR SW Meeting 15-Jan-1999


Mopos settings control

MOPOS Settings Control

PCR SW Meeting 15-Jan-1999


Mopos super cycle configuration

MOPOS Super-Cycle Configuration

PCR SW Meeting 15-Jan-1999


Tasks for 1998 1999 shutdown

Tasks for 1998-1999 Shutdown

  • Hardware Installation and Tuning for 200 BPM’s

  • Completion of turn-by-turn data transfer (DMA) to provide simultaneous orbit and first-turn acquisitions

  • Slight modifications to the SPS orbit and TZ programs for full MOPOS system access and control (SL-OP)

  • Provision of remote diagnostics from any individual MOPOS system as well as for all MOPOS systems in a global view

PCR SW Meeting 15-Jan-1999


Tasks during 1999

Tasks During 1999

  • Provide an automated calibration tool, replacing the expert procedure used in the 1998 run

  • Extend the turn-by-turn display to provide calibrated trajectories instead of raw data

  • Provide a new application tool for exploitation of the turn-by-turn analysis (equivalent to LEP 1000-turn)

  • Commission the remote timing diagnostics tool

  • Maintaining two acquisition systems in BA2 and BA6 for phase advance until ported to MOPOS

PCR SW Meeting 15-Jan-1999


External support needed

External Support Needed

  • Computer network, operational servers and the oracle database during tuning

  • Machine timing i.e. Machine events, turn clock and injection pre-pulses from SL/CO, SL/RF

  • Slight transformation of the SPS orbit and transfer zone applications from SL/OP ( for SPS start-up)

  • Acceptance tests with SL/OP and SL/BI

PCR SW Meeting 15-Jan-1999


Time schedule

Time Schedule

  • Installation MOPOS equipment BA 1-6-5-4-2

    • completion 1st March

  • Tuning BA 3 in progress

  • New ORBIT software commissioning 1st March

  • Automated Calibration = March

  • Configuration = April

  • Turn-by Turn = May

  • Diagnostics = May

PCR SW Meeting 15-Jan-1999


Mopos xpos in 1999

MOPOS/XPOS in 1999

Transfer Line

Steering

Real Time

Bunch Displays

ORBIT

XPOS

Acquisition

Measurement

Black-Box

XPOS WWW

Configuration

Timing

Diagnostics

Turn by Turn

Display

XPOS WWW

Gateways

XPOS

Configuration

Server

XPAS - 99

Data Collector

XPOS

Database

Transfer Lines

Front-Ends

MOPOS

Front-Ends

88 channels

SPS

240 channels

PCR SW Meeting 15-Jan-1999


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