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FSW Organization Chart

FSW Organization Chart. Mission Project Office FSW Management E. Andrews. Project Manager (IPM) L. Klaisner. I&T Manager E. Bloom. Electronics & FSW Manager G. Haller. On-line, Test-Scripts R. Claus, S. Tuvi. FSW Management Support T. Schalk. FSW Lead J. J. Russell.

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FSW Organization Chart

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  1. FSW Organization Chart Mission Project OfficeFSW Management E. Andrews Project Manager(IPM)L. Klaisner I&T Manager E. Bloom Electronics & FSW ManagerG. Haller On-line, Test-Scripts R. Claus, S. Tuvi FSW Management Support T. Schalk FSW LeadJ. J. Russell FSW Independent Test-Team Lead M. Huffer Thermal ControlM. Monirzad AlgorithmsJ. J. Russell Tools K. Lo Configuration ManagerA. P. Waite S/C Interface D. Wood Test ExecutiveS. Maldonado Test TeamRama, Shanu (tbd) (tbd) LAT ConfigurationJ. Swain SoftwareArchitecturesA. P. Waite CalibrationJ. Swain Driver DevelopmentC. Brune Front End SimulatorsO. Saxton Cmd & TelemDatabaseB. Davis Boot/RAD750ProcessorR. Caperoon C&DHA.P. Waite DocumentationR. Morin

  2. Software planning (TS me) • Current activity (working on a roadmap) • Reviewing processes, issues, status • Evaluating re-baseline schedule (work in progress) • Establish metrics • Insertion of Demos and mini demos as milestones • monthly activity • Understand FS & mini tower status wrt FSW usage • Add people

  3. Software planning (TS me) • Major drivers • EM2 (may) • Build Integrates with Multiple Towers • ISIS (may) • Em2 base + more formal docs; testing; support • Start of FU hardware integration (I&T) july • FU • Dec 2004 –FU acceptance Testing • Feb 2005 – FU delivered to I&T for Instrument System Testing • Establish a CCB for FSW to control potential feature creep • (FSW Peer Review (2?)) • Navigate the extensive documentation and identify holes • QLR response

  4. QLR response / “plan” • Requirements • Completeness… control… traceability… tests • Mike DeKlotz CCB in place well before ISIS • Schedule • Reflect real work load (eg hardware testing) • Reflect real priorities for FU elements • Margins ? • With integrated milestones / demos • Expect updates to PMCS during Jan • Metrics • Useful to project –and- team • Resource usage • Testing (support & planning) • CCB and Reviews (including Jan EM2 peer review) • staffing

  5. Organization Status • Manpower issues • M. Monirzad ? • Test script writers • ISIS owner ? (remember this is more formal) • New people have a schedule impact both ways • Technical status • primary and secondary boot code • (pulled next page from QLR) • Code management tools (CMT CMX CVS) upgrades • Housekeeping design progress • Cmd and event server developments • LCB driver testing • Web access to existing docs

  6. Accomplished since CDR (5) • Primary boot of RAD750 (from “internal” RAD750 SUROM) • Integrated polled 1553 driver • Secondary boot of RAD750 (from “external” SIB EEPROM) • SIB EEPROM formatted, file system laid out • Performed successful communication test with the Spacecraft Instrument Interface Simulator (SIIS) provided by Spectrum Astro • Other tasks such as VxWorks upgrade, etc.

  7. Command & Telemetry Database • Three Pieces • Utility to capture & edit the information (python) • The information itself (xml files) • Software to respond to telecommand / generate telemetry (data stmts) • Utility • Prototyped a version allowing entry into a ‘neutral’ database • Will export in a variety of formats • ITOS • Autogen FSW code tables • Autogen documentation (web and full doc) • Test output in ITOS format sent to NRL to try on the SIIS • Information • Two extensives documents defining Telecommands/Telemetry for • File System / Memory Dumps / Task Status / Memory Usage • Critical Housekeeping information • Software • Critical Housekeeping gathering/reporting in design phase • To Do • Move utility from prototype to production quality code • Implement critical housekeeping code

  8. Near term activities (jan) • testing of EM1 Build • TRK/CAL/DAQ configuration • Event Filtering • Demonstration of flight crate boot • Demonstrate software control of GASU • Configuration • Control and readout • Table driven cmd server prototype • EM2 event server prototype • Housekeeping design & toy version of code

  9. Additional Tasks in next 3 Months • Design Internal LAT Software Communication Protocols • Communication task-to-task and CPU-to-CPU • Framework (mode control) • What commands can be sent in various modes • EM1 packages have been tested, but no formalized reports • EM1 packages were extensively tested before delivery to I&T • Detailed Unit testing of EM2 packages (uses EM1 packages) • Design Software watchdog • Support test-bed effort with software

  10. More short term tasks • Incorporate GASU/PDU/EPU code to complete software for test-bed • SIB thermal control/main power switch driver (minor, just register writes) • Service level software for EBM/AEM to be tested with hardware • Service level software for inter-task communication • Finish/test health/housekeeping code • Applications level software scheduled for EM2/FU • Testing

  11. PMCS next 2 months…

  12. PMCS next 2 months…

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