Status of the tps control System



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Status of the TPS Control System

  • Kuo-Tung Hsu
  • On-behalf of the TPS Control Team
  • NSRRC, Hsinchu, Taiwan
  • June 13, 2011
  • Strategic for TPS Control System Development
  • TPS control system frameworks => EPICS toolkit.
    • Most successful and largest collaboration for control system project
  • Development strategic for new EPICS site like TPS project
  • Work first, then pursue work well
  • Learning by doing
  • Learn from EPICS community
  • Focus on hardware and software of data source layer at this moment. Standardization and minimized requires resources
  • Middle layer and presentation layer will be focus in next step.
  • Co-operative development to integrated EPICS and non-EPICS system
  • Some subsystems controls have their special requirements and preferences
  • It need time to clarify between EPIC (poem, computer form factor, …) and EPICS (Experimental Physics and Industrial Control System) for a new comer!
  • Goal: Meet system integration and commissioning and machine fine tune schedule in 2013~2014 and requirements for future development.
  • A Chivalrous Sword-Man
  • Jia Dao (779-843 A.D.)
  • Spend 10-year sharpening my sword,
  • The frost-bright blade has never tested.
  • Let me show it to you today
  • Have you anything unjust to say?
  • 劍客
  • 賈島(779-843 A.D.)
  • 十年磨一劍,霜刃未曾試。
  • 今日把示君,誰有不平事?
  • Essay by Peter Norvig: Teach Yourself Programming in Ten Years
  • After the sword (skill) is sharpen -
  • Hope we can contribute something to the EPICS community in future!
  • Our Aspiration
  • Phase I:
  • Minimized type of EPICS IOC
  • Minimized type of platform, OS and software versions
  • EPICS IOC Nodes
  • cPCI IOCs ~ 70 nodes
  • Corrector PS control IOCs ~ 120 nodes
  • BPM IOCs ~ 72 nodes
  • Special IOCs ~ 30 nodes
  • Servers ~ 20 nodes
  • Control console ~ 10 nodes
  • Basic software for system integration, commissioning and operation
  • Basic software development management
  • Phase II :
  • Complex and sophisticated applications
  • EPICS extension
  • 2010
  • 2011
  • 2012
  • 2013
  • 2014
  • 2015
  • Phase I
  • Phase II
  • Machine Commissioning and Tuning
  • TPS Control System Development Phase
  • Consoles
  • and
  • Servers
  • Standard cPCI EPICS IOCs
  • - Intel CPU/Linux (fully preemptive kernel )
  • High volume I/O
  • High speed serial connection (GbE, … etc.)
  • Miscellaneous EPICS IOCs
  • - Pentium/XScale/ARM/PPC Linux
  • - Soft real-time system
  • - RS-232/422/485 Devices
  • - CCD camera server
  • - PLC (safety type system)
  • - Bunch-by-bunch feedback system interface
  • - Special applications
  • cPCI EPICS IOCs
  • File and Name Server,
  • Gateway, Archivers, Beam Physics Server (Modeling System), Display Managers, Database Server,
  • Alarm Server, AP Server, Boot Server, Monitoring Services,
  • Storage Server … etc.
  • EPICS
  • IOC
  • (Input Output Controller)
  • Signal
  • Conditioning
  • Miscellaneous EPICS IOCs
  • Safety Type System
  • Intranet
  • Beamline Network,
  • Network Attached
  • EPICS Devices
  • (e.g. EPICS Oscilloscope,
  • … etc.)
  • PLC-IOC
  • Control Ethernet
  • Private
  • Ethernet
  • Field Devices
  • (Power Supply, Motion Controller,
  • LXI Instruments, …etc.)
  • Timing
  • EPICS/OPI
  • PC/Linux
  • Router
  • D-Tacq
  • Intel IOP + ADC
  • TEWS cPCI IP carrier
  • ADLINK 128 Bits DI/DI
  • ADLINK cPCI CPU board
  • CompactPCI IOC (Linux)
  • BI, BO, AI, AO, Timing, Network attached devices
  • I-Tech BPM IOC
  • (Intel CPU, Linux)
  • MRF cPCI Event System Modules
  • D-Tacq
  • Custom Designed
  • Corrector Power Supply Controller IOC
  • (~ 20 bit DAC)
  • D-Tacq 18 bits DAC
  • Power Supplies
  • Ethernet/LXI devices
  • Dimtel Bunch-by-Bunch
  • Feedback and Diagnostic
  • IOC
  • Middle Layer IOC
  • (JavaIOC ?)
  • Applicaion Specific
  • SoftIOC
  • Special IOC
  • YEC PLC IOC
  • Hytec 18/20/24 bits
  • DAC/ADC IP Modules
  • Oscilloscopes
  • MOXA Serial Server
  • MODBUS/TCP Devices
  • ADLINK cPCI Crate
  • 64 Nodes of cPCI Platforms in Test
  • EPICS IOC Hardware Building Blocks
  • Control System Computer Room to CIAs
  • Control and Timing fiber network
  • Control fiber network
  • To TLS Control System Computer Room
  • Intra-CIA fiber link
  • CIA #24 to Control System Computer Room and all CIAs
  • Control, Timing and Intra-CIA Fiber Network
  • CIA Switch 24 sets
  • Pulse magnet PS x 1 set
  • TPS Control System
  • Computer Room
  • CIA24
  • Network Rack
  • TPS Control Network Infrastructure –Baseline Design
  • (ready in late 2012)
  • E3143 (TLS Control System Computer Room)
  • M230 (Laboratory)
  • 10 Gigabit Fiber Links
  • 1 Gigabit Fiber Link
  • NSRRC
  • Intranet
  • Ethernet Switch
  • Ethernet Switch
  • Ethernet Switch
  • Ethernet Switch
  • Ethernet Switch
  • Ethernet Switch
  • Ethernet Switch
  • Ethernet Switch
  • Edge Switch
  • 24 GbE + 4 SFP + 2 SFP+
  • NTP server
  • Ethernet Switch
  • NSRRC Intranet
  • cPCI modules
  • - CPU modules
  • - 6 U cPCI EVG/EVR
  • - 32/64/96 channel 16 bits AI
  • 32/64 channel 24 bits AI
  • (transient signal capture capability)
  • - 32 channel, 18 bits AO
  • - 128 bit DI, 128 bit DO
  • - EVG, EVR in 6U cPCI form factor
  • - IP carrier and IP modules
  • 16 channel/24 bits ADC
  • 16/8 channel 18/20 bits DAC
  • - In house design modules
  • Filedbus
  • Ethernet (> 95%)
  • Raw ASCII/LXI/VXI-11
  • /Modbus-TCP, ….
  • RS-232/422-485 devices
  • Serial device server => Ethernet
  • … etc.
  • Ethernet and LXI compliant devices
  • Power supply
  • Diagnostics
  • Electronics instruments
  • Environment monitoring
  • (temperature, vibration,
  • pressure, …)
  • Motion control
  • Ethernet based motion controller
  • Fast waveform capture
  • Oscilloscope and soft-IOC
  • Camera
  • GigE Vision
  • Interlock PLC embedded EPICS IOC
  • Ethernet/LXI
  • Miscellaneous Interface
  • … etc.
  • EPICS Controls Hardware Standard
  • cPCI-EVRTG-300
  • (e-Gun Trigger)
  • Fan-Out Concentrator
  • Universal I/O TTL Interlock Input Module Universal I/O TTL Input UNIV-TTLIN
  • Universal I/O TTL Output UNIV-TTL
  • Universal I/O TTL Output Module w/ Delay Tuning
  • Universal I/O NIM Output UNIV-NIM
  • Universal I/O LVPECL Output Module
  • Universal I/O LVPECL Output Module with Delay Tuning
  • Universal I/O HFBR-1414 Output UNIV-HFBR-1414
  • Universal I/O HFBR-1528 Output UNIV-HFBR-1528
  • In-house made fanout
  • Fanout module
  • cPCI-EVG-300
  • cPCI-EVR-300
  • GUN-RC-203/300
  • Fibre
  • +
  • Transceiver
  • Ru87
  • Timing System Hardware
  • Storage ring dipole power supply, booster dipole power supply and quadrupole power supplies were awarded to the IE Power.
  • Control interface is similar as CLS.
  • Booster dipole power supply and quadrupole power supply will build in waveform generator and/or external reference input (cPCI EPICS IOC + IP Carrier Module + Hytec 18/20 bits DAC IP module).
  • Storage ring quadrupole、sextupole power supplies and transport line dipole 、quadrupoles power supply were contracted to Chroma ATE Inc. All power supply equip with Ethernet/LXI interface with NSRRC specify control functionality.
  • Power Supply Control Interface
  • Interlock PLC IOC
  • EPICS IOC
  • ADLINK cPCI CPU
  • ADLINK 128 Bits DI/DO
  • TEWS
  • TCP201
  • IP Carrier
  • Hytec IP ADC
  • 24 bits, 16 channels
  • IP-ADC-8417
  • EVR (CPCI6U-EVR-300)
  • Trigger Fanout
  • Trigger
  • Ramp Trigger
  • Hytec IP DAC
  • 18 bits, 16 channels
  • IP-DAC-8415
  • BR frev clock
  • 3 Hz
  • Power supplies trigger
  • EPICS IOC
  • ACQ164CPCI
  • 24 bits ADC, 32 ch, GbE
  • Sextupole
  • SD, SF PS
  • Ethernet Switch
  • Ethernet Interface:
  • On/Off control
  • Status readback
  • Interlock reset
  • Two Options: Analogue Reference Input (Waveform) or Embedded Waveform Generator
  • Booster Dipole, QF, Q1, Q2, QM PS (IE Power Inc.)
  • Booster Main Power Supply Control Interface
  • TPS Control network
  • Cell
  • Power Supply
  • Control cPCI IOC
  • Ethernet Switch
  • Quad (10), Sextupole (7)
  • (Chroma ATE Inc.)
  • x 24
  • EPICS Access
  • (10 Hz rate)
  • Orbit Feedback Setting
  • (10 kHz rate)
  • CPU Module
  • ±10 Amp Power Supplies (ITRI)
  • EVR (cPCI-EVR-300)
  • SR Slow Correctors 168 (H) +168 (V)
  • SR Fast Correctors 96 (H) + 96 (V)
  • Skew Quadrupole 96
  • BR Correctors 60 (H) + 36 (V)
  • EPICS IOC
  • 20 bits DAC
  • 24 bits ADC
  • (D-Tacq)
  • CLK/Trigger
  • Dipole PS
  • (IE Power)
  • x 1
  • Power Supply Control in one Cell
  • +
  • Slow Setting
  • Buffer
  • External Clock Input
  • DO (LEMO connector, for timing measurement), Trigger out, Package received
  • Write Registers
  • 8 bit DO
  • Setting Buffers
  • Gigabit
  • Ethernet
  • Slow Trigger
  • (on demand, may not necessary)
  • Heartbeat Register
  • Rx
  • Fast
  • Setting Ports (GbE, UDP/IP),
  • Through Port
  • Heartbeat Register
  • AURORA
  • 8 Ch, 20 bit DAC
  • Single Board Computer
  • (Linux, EPICS IOC)
  • Status Registers
  • 8 bit DI
  • 24 ch, 16 bit ADC
  • 8 ch, 24 bit ADC
  • (10 kHz Sampling)
  • Slow Access
  • (~ 10 Hz)
  • Control and Status Registers
  • Ethernet Interface
  • (Hardware UDP Stack)
  • 96 pin
  • DIN61412
  • Connectors x 2
  • +/- 15 V
  • + 5 V
  • 4 ways,
  • 8 ch adder
  • ~8 x 64 k x 32 bit
  • Waveform Memory
  • Sequencer
  • 10 kHz clock
  • Waveform Memory
  • Free running
  • Or Pre/Post Trigger
  • 10 Hz rate data
  • Trigger (3 Hz)
  • Precise digital temperature sensors
  • Individual Channel Enable/Disable?
  • Control and Status Registers
  • Slow Access (~ 10 Hz)
  • Rx
  • Tx
  • Fast
  • Setting Port, Through Port (AURORA)
  • Tx
  • SFP Port
  • Up to 10 kHz (Fast Setting Clock)
  • 10 kHz Clock Generator
  • 10 kHz rate waveform
  • Data Acquisition
  • Trigger input
  • Corrector Power Supply Controller (CPSC)
  • SR corrector PS (fast + slow), skew quad, BR correctors
  • Orbit Feedback Environment within for one Cell
  • To Cell N-1
  • Group 14*Magnet output
  • repeater
  • Add XBPM in IOFB or local feedback are feasible.
  • To Cell N+1
  • I-Tech Solution
  • Group 8*Magnet output
  • Cell’s Edge Switch
  • CPSC for slow horizontal corrector
  • 7
  • CPSC for slow vertical corrector
  • 7
  • BPM Grouping Links
  • (2.5~3.125 Gb/s)
  • AURORA
  • AURORA
  • CPSC for fast horizontal and vertical corrector
  • 4 + 4
  • TPS Control Network
  • Fast Setting GbE link
  • Storage ring
  • Front-end
  • Beamline and Experimental Station
  • Hardwired handshake
  • Cell N+1 Vacuum Syustem
  • cRIO PAC
  • Beamline N-1 front-end
  • cRIO PAC
  • 1. Vacuum and front-end:
  • Vacuum gauge reading
  • IP current
  • Valves information
  • Various status
  • (pressure、temp、flow rate、…)
  • 2. Limited setting functionality
  • CIA #N-1
  • EPICS IOC
  • EPICS
  • CA gateway
  • Ethernet
  • Accelerator Control System and Vacuum and Front-end PAC System
  • Machine
  • Protection
  • System
  • Cell N Vacuum System
  • cRIO PAC
  • Cell N-1 Vacuum System
  • cRIO PAC
  • Beamline N-1 Control System and Experimental Station
  • Front-end Status Fanout
  • EPICS CA
  • Channel
  • MODBUS/TCP
  • Accelerator Control System
  • Vacuum & Frontend
  • Control System
  • Beamline & End-Station
  • TPS Phase I ID Plans (10 IDs)
  • IU22 3 M x 3
  • IU22 (1+1) x 2
  • EPU48 (1+1) x 1
  • (U50, EPU48 ?) x 1
  • TPS Control Ethernet
  • Power
  • Supplies
  • 128 Bits DI/DI
  • cPCI CPU board
  • CompactPCI
  • Insertion Devices IOC
  • (Linux,
  • EPICS)
  • 200 update/sec
  • IP DAC
  • 16 channels, 18 bits
  • IP ADC
  • 16 channels, 24 bits
  • Motor Drivers
  • (Stepper (IU22)
  • or Servo (EPU)
  • Encoders
  • (SSI,
  • Incremental)
  • Limit
  • Switches
  • Temperature
  • RTD/TC
  • Vacuum
  • Ion-Pump,
  • BA Gauge
  • Global compensation
  • UDP/IP (~ 200 update/sec)
  • Local compensation
  • EPICS OPI
  • Beamline monochromator synchronization link ?
  • Beamline control system
  • Wiring Adapters
  • MOXA RS-232/422/485 Serial Device Servers
  • RS-232/485 Based Devices
  • Galil DM-404x Motion Controller
  • Ethernet Switch
  • EPICS
  • Gateway
  • ICPDAS RTD/TC
  • (POE)
  • Interlock Logic
  • Insertion Devices Control Environment
  • Motion Controller
  • EPICS IOC
  • Status update every 5 msec
  • EPICS CA access ~ 10 Hz rate
  • Local
  • Compensation
  • Power Supplies
  • Setting update every 5 msec
  • Gap/Phase information broadcast every 5 msec
  • Clients
  • (Global orbit/tune/coupling
  • correction,
  • , …)
  • Fast Setting
  • Real-time Ethernet
  • (up to 10 kHz rate)
  • Soft real-time applications are supported (~ 5 msec)
  • StreamDevice
  • Quadrupole control ~ 10 update/sec
  • (via standard EPICS channel)
  • Correctors & skew quads
  • ID Global Compensation Solution
  • EPICS IOC
  • ADLINK cPCI CPU
  • TEWS
  • TCP201 IP Carrier
  • EPICS Ethernet
  • (3 Hz rate)
  • Hytec IP ADC
  • 24 bits, 16 channels
  • IP-ADC-8417
  • Trigger
  • 3 Hz @ TZERO
  • Storage Ring DCCT
  • EVR (cPCI-EVR-300)
  • 10 kHz sampled data averaged into 3 Hz rate
  • Lifetime calculation updated in 3 Hz rate
  • I
  • Tau
  • I x Tau
  • Accumulated I x Tau
  • Transfer efficiency form booster synchrotron to storage ring
  • Heartbeat
  • Detector
  • To
  • Machine
  • Protection
  • System
  • Beam Trip Detector
  • Orbit Interlock Threshold
  • Lock-in Amplifier
  • Hytec IP ADC
  • 24 bits, 16 channels
  • IP-ADC-8417
  • 2 A, 5 kHz
  • Tone Loop
  • Threshold
  • Relay
  • Stop Injection Trigger:
  • Current achieve target value
  • DCCT failed
  • EPICS IOC failed
  • BPM VLAN
  • SUM signals from several BPM
  • @ 10 Hz rate
  • For Beam Current Safety Check
  • 2 A
  • Excitation OFF
  • NPCT Power Loss
  • DCCT OK
  • DCCT Failed
  • TPS Storage Ring DCCT IOC
  • Turnkey systems compliant with EPICS included:
  • Linac (EPICS ready)
  • RF transmitter
  • … etc.
  • Turnkey EPICS devices included:
  • BPM electronics, feedback processor, oscilloscope, …
  • Measures to minimize amount of workload for integration supports and
  • maintenance
  • Standard components should be chosen to get consistency of
  • hardware
  • EPICS development environment and documentation on the TPS application development process
  • Turnkey System Interface
  • TPS Control Network
  • Lianc Timing and IOC
  • (Timing, LTB PS, LTB Diagnostics, Oscilloscopes, GigE Vision Camera,… etc.)
  • EPICS
  • OPI
  • TPS Control Environment
  • Modulator #1
  • Linac Control
  • Ethernet Switch
  • Modulator #3
  • Gun
  • Local
  • Controller
  • (PLC, ..etc.)
  • Local
  • Control
  • Panel
  • Power Supply
  • RF
  • Vacuum
  • Interlock
  • …etc.
  • Local
  • Controller
  • (PLC, ..etc.)
  • Local
  • Control
  • Panel
  • Local
  • Controller
  • (PLC, ..etc.)
  • Local
  • Control
  • Panel
  • Local
  • Controller
  • (PLC, ..etc.)
  • Local
  • Control
  • Panel
  • Linac RF, Diagnostic, …etc
  • Local
  • Controller
  • (PLC, ..etc.)
  • Timing Network
  • Event Receiver
  • EVR
  • CPCI-EVR-300,
  • cPCI-EVRTG-300
  • cPCI CPU board
  • +
  • +
  • Linac Timing IOC (Linux)
  • cPCI IOC
  • Trig Signal
  • Gun grid pulser, Klystron Current/ Voltage, RF, Faraday Cup, Current Transformer, … etc.
  • RI’s EPICS
  • Soft-IOC
  • Gun Trigger
  • Optical Fiber
  • +
  • LTB Devices
  • RI’s Linac – EPICS Enable
  • Vacuum system and Beamline Front-end (responsive by Vacuum Group)
  • Connect to cRIO based PAC System via MODBUS/TCP links
  • Diagnostics
  • BPM electronics: Embedded EPICS
  • Image: GigE Vision camera
  • Miscellaneous controls: Motor, BI, BO, AI, AO, counter
  • RF (responsible by RF group)
  • => Transmitter, LLRF, Cryogenic Electronics
  • EPICS CA interface
  • Machine protection
  • => Dedicated PLC system with fast link
  • PLC Embeded EPICS IOC
  • Safety system (responsible by Radiation Safety Group)
  • Ethernet to control system.
  • Others Subsystem Interface
  • Feedback system interface
  • Orbit control – embedded with power supply control
  • Bunch-by-bunch feedback
  • Tune feedback
  • Filing pattern feedback
  • Environment monitoring: Vibration, Temperature, …
    • Raw TCP
    • LXI
    • MODBUS/TCP
  • Post-mortem supports
      • Many devices support this functionality
      • Trigger by event system
  • Others Subsystem Interface – cont.
  • NPCT
  • IOC
  • (Beam current,
  • Beam lifetime,
  • …)
  • Filling
  • Pattern
  • IOC
  • (Bunch current,
  • Bunch lifetime,
  • …)
  • Timing Master IOC
  • E
  • V
  • G
  • Linac
  • E
  • V
  • R
  • Gun Timing,
  • Linac Timing,
  • Timing Diagnostic
  • Injection Control
  • IOC
  • CA access
  • CA access
  • Injection and Extraction
  • Timing IOC
  • E
  • V
  • R
  • Booster Main PS
  • Timing IOC
  • E
  • V
  • R
  • Gun
  • E
  • V
  • R
  • Uplink
  • E
  • V
  • R
  • Timing Fanout
  • Two injection control options:
  • Matlab scripts running on control console (3 Hz injection rate tested)
  • EPICS record processing (in consider)
  • Injection Control
  • Control system framework: EPICS toolkit
  • Development focus on V3
  • V4 and extension are in study
  • High level physics framework (responsible by Beam Dynamic Group) :
  • Matlab/Accelerator Toolkit/Matlab Middle Layer
  • Applications interface and Operation related applications:
  • Define
  • Implementation
  • Many items are still in study
  • RDB
  • E-log
  • Archiver and retriever
  • Documentation
  • … etc.
  • Software Infrastructure
  • Basic EPICS environment
  • Subsystem control
  • Device supports and device drivers
  • User interface (control and status monitoring)
  • Cold start, warm up, shutdown, operation check
  • Save and restore
  • Subsystem application programs
  • Gun processing
    • Power supply performance check
    • BPM system diagnostic
    • EPICS IOCs house keeping
    • Network monitoring
    • … etc.
  • High level applications
  • Beam diagnostic related
  • ….
  • Special operation applications
    • EPICS IOC housekeeping
    • Network traffic
    • Magnet degaussing
    • Sybsystem warm-up, processing
    • Save/restore
    • Lattice management
    • Save, restore, …
    • LTB, BTS, Booster Synchrotron, Storage Ring, …etc.
    • Booster synchrotron: ramping waveform management
    • Injection control
    • Bucket addressing
    • Injection
    • Top-up injection
    • Filling pattern control and feedback
    • Multi-bunch
    • Single bunch
    • Multiple single bunch (Isolated bunch)
    • Exotic filling pattern - Camshaft mode, Repeat Camshaft mode, …. Etc.
  • Special operation applications – cont.
    • Timing control
    • Pulse magnets current waveform monitoring
    • Alarm checking
    • Archiver and browser
    • Machine status web page
    • Safety system status
    • Beamline related applications
    • Feed-forward table management
    • Orbit feedback supports
    • Machine status web page
    • ….
  • Commissioning and Operation Related Applications Check List (2012-2014)
  • Intensity monitor
  • Storage ring DCCT
  • Current and lifetime stream data
  • Booster synchrotron DCCT
  • Current waveform
  • LTB/BTS FCT
  • Stream data
  • Injection efficiency
  • Filling pattern monitor
  • Storage ring
  • Bunch current (or charge)
  • Bunch purity monitor for isolated bunch
  • Booster synchrotron
  • Bunch current
  • BPM related
  • Configuration tools
  • LTB/BTS single pass BPM
  • Booster BPM display
  • Ramping orbit
  • Storage ring BPM (A, B, C, D, X, Y, Q, SUM, I, Q)
  • First tune data
  • Turn-by-turn
  • 10 kHz steam data
  • 10 Hz stream data
  • Orbit (in waveform – array format)
  • Spectrum for turn-by-turn data
  • Spectrum for 10 kHz data
  • Spectrum for 10 Hz data
  • Bunch-by-bunch data
  • Bunch phase oscillation data
  • Bunch oscillation data
  • Tune
  • Booster ramping tune
  • Storage ring tune
  • ….
  • Real-time beam loss monitor
  • Screen monitor
  • Actuator control
  • Image acquisition
  • Image analysis
  • Synchrotron radiation monitor
  • Booster synchrotron
  • Optical control
  • Timing control
  • Image acquisition
  • Image analysis
  • Storage ring
  • Optics control
  • Image acquisition
  • Image analysis
  • Bunch-by-bunch data
  • Bunch phase oscillation data
  • Bunch oscillation data
  • Waveform data
  • ….
  • ….
  • ….
  • Plan based on priority and delivery schedule
  • TPS Synoptic Page
  • TPS LTB GUI
  • E-Gun Trigger Module
  • Timing Master Prototype
  • Test Screen Monitor
  • Single PS GUI
  • Developed Simple Applications
  • TPS Timing Modules Configuration Page
  • Profile Analysis
  • TPS Timing Summary Control Page
  • Single Pass BPM
  • Kicker Pulser Control
  • FCT Waveform
  • Developed Simple Applications – cont.
  • To enable early testing of applications through the control system, a virtual accelerator has been implemented to give simulation of the accelerators though the intended EPICS PV interface. Prototype was set up by the help from DLS.
  • Current version is on AT/MML environment.
  • TPS Storage Ring
  • (Lattice provided by BD Group)
  • Virtual TPS Storage Ring (EPICS)
  • Virtual Accelerator EPICS IOC
  • Major procurements are in proceed.
  • Plans for installation.
  • Learn how to deal with EPICS system development and management.
  • Infrastructure of the software system.
  • TODO list for the software components.
  • Familiar with subsystem for applications development.
  • Explore EPICS new developments:
    • For middle layer applications
    • For API interface and another applications
  • Solutions for archiver and retriever, RDB, E-Log, … etc.
  • Plan a realistic schedule and set priority.
  • Current Efforts
  • Implementation of the TPS control system is under way.
  • Standard hardware are specified.
  • Standardization of software components and tools are the current focus.
  • High level applications and EPICS extensions will be the next focus issues.
  • Reinforce collaboration with EPICS community. Help from the EPICS community are essential!
  • Summary
  • Thank You for Your Attention!
  • Announcement
  • Name list for Taipei visit is posted on the bulletin board. Please check its correctness! If you name is missing, please contact information desk.
  • NSRRC offer to buy insurance for your stay in Taiwan this week. If you are still interest and not provide your information, please contact information desk.
  • The 3rd floor meeting room is available for your lunch also.
  • Tour of TPS Linac and TLS – please gather on the front gate of this building at 13:00.


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