BEGIN:VCALENDAR VERSION:2.0 PRODID:IEEE vTools.Events//EN CALSCALE:GREGORIAN BEGIN:VTIMEZONE TZID:Asia/Calcutta BEGIN:STANDARD DTSTART:19451014T230000 TZOFFSETFROM:+0630 TZOFFSETTO:+0530 TZNAME:IST END:STANDARD END:VTIMEZONE BEGIN:VEVENT DTSTAMP:20101210T023601Z UID:EDF93901-E5B6-11E7-833E-0050568D7F66 DTSTART;TZID=Asia/Calcutta:20101209T163000 DTEND;TZID=Asia/Calcutta:20101209T180000 DESCRIPTION:SoSs are the next level of integration of large systems such as telecommunication\, aerospace and sensors to serve society better. They a re emergent globally now. SoSs offer significant improvements in technical performance of whole societal functions such as Global/Region Energy\, He althcare\, Transportation\, Earth Observation and Prediction\, Security an d more that save lives and deliver better total-function performance. The earliest SoSs before even the term were in telecommunications and today de liver seamless\, simple\, global capabilities. GEOSS\, Global Earth Observ ation SoS\, is the world’s 1st named Sos\, results in better\, more integrated earth predictions such as weather and climate that affects eve rything. Another is military “Swarms” that rely on SoSs and co mmunications. About the Speaker: In Boeing\, Paul’s career spans de fense\, commercial and civil large-scale system & service development prog rams more than half of which were world firsts. His fields are systems-of- systems (SoSs)\, large-scale\, complex system development and systems engi neering including safety/failure modes. Programs include 787 GoldCare\, GE OSS1/GOES-R\, CbB\, 777\, 747-400\, 737-300\, 757/767\, PICTUREPHONE\, SAF EGUARD. He worked 3 of Boeing’s 4 SoS projects including bB\, †œConnexion-by-Boeing”\, a world 1st\, high bandwidth\, global commu nication SoS service to anything that “moved” anywhere. He was Head Airplane Architect and Chief SoS Process Architect bringing together engineering\, business ROI/NPV and market values into one decision proces s. On GEOSS\, he was Chief Architect nd advanced Boeing into this new doma in as it was being created at NOAA. He is currently SoS Architect-Engineer for Boeing’s 787 GoldCare/Fleet Management\, a new\, e-based\, glo bal\, SoS service business for airline operations fleet maintenance. Earli er\, Paul developed Boeing’s first intellectual capital offset prog ram\, and previously he worked performance and battle management for the w orld’s 1st Anti ballistic Missile System\, SAFEGUARD. In IEEE\, as part of Paul’s Boeing Fellowship activities\, Paul held presidency positions in two IEEE business units: President of the Aerospace and Elect ronic Systems Society (AESS) and president\, IEEE Systems Council.\n\nCo-s ponsored by: TCS\n\nHyderabad\, Andhra Pradesh\, India LOCATION:Hyderabad\, Andhra Pradesh\, India ORGANIZER:mgpln@ieee.org SEQUENCE:0 SUMMARY:[Legacy Report] SECTION: "System of Systems"\, a DL by DR. Paul Gar tz\, Boeing. URL;VALUE=URI:https://events.vtools.ieee.org/m/52942 X-ALT-DESC:Description: <br />SoSs are the next level of integration of lar ge systems such as telecommunication\, aerospace and sensors to serve soci ety better. They are emergent globally now. SoSs offer significant improve ments in technical performance of whole societal functions such as Global/ Region Energy\, Healthcare\, Transportation\, Earth Observation and Predi ction\, Security and more that save lives and deliver better total-functio n performance. The earliest SoSs before even the term were in telecommunic ations and today deliver seamless\, simple\, global capabilities. GEOSS\, Global Earth Observation SoS\, is the world’s 1st named Sos\, resul ts in better\, more integrated earth predictions such as weather and clima te that affects everything. Another is military “Swarms” that rely on SoSs and communications. \n\nAbout the Speaker:\n\nIn Boeing\, Pau l’s career spans defense\, commercial and civil large-scale system & service development programs more than half of which were world firsts. His fields are systems-of-systems (SoSs)\, large-scale\, complex system de velopment and systems engineering including safety/failure modes. Programs include 787 GoldCare\, GEOSS1/GOES-R\, CbB\, 777\, 747-400\, 737-300\, 75 7/767\, PICTUREPHONE\, SAFEGUARD. He worked 3 of Boeing’s 4 SoS pro jects including bB\, “Connexion-by-Boeing”\, a world 1st\, hig h bandwidth\, global communication SoS service to anything that “mov ed” anywhere. He was Head Airplane Architect and Chief SoS Process A rchitect bringing together engineering\, business ROI/NPV and market value s into one decision process. On GEOSS\, he was Chief Architect nd advanced Boeing into this new domain as it was being created at NOAA. He is curren tly SoS Architect-Engineer for Boeing’s 787 GoldCare/Fleet Manageme nt\, a new\, e-based\, global\, SoS service business for airline operation s fleet maintenance. Earlier\, Paul developed Boeing’s first intell ectual capital offset program\, and previously he worked performance and b attle management for the world’s 1st Anti ballistic Missile System\ , SAFEGUARD. In IEEE\, as part of Paul’s Boeing Fellowship activiti es\, Paul held presidency positions in two IEEE business units: President of the Aerospace and Electronic Systems Society (AESS) and president\, IEE E Systems Council.\n\n END:VEVENT END:VCALENDAR