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DTSTAMP:20240626T180033Z
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DTSTART;TZID=America/Los_Angeles:20240625T133000
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UID:dac_DAC 2024_sess173_PANEL002@linklings.com
SUMMARY:Asleep at the Wheel? In-Cabin Monitoring for Automotive Safety.
DESCRIPTION:Research Panel\n\nJude Angelo Ambrose (Seeing Machines), Sri P
 arameswaran (University of Sydney), Sumant Paranjpe (Qualcomm), Robert Blo
 omquist (Amberalla), Tomas Geurts (OmniVision), and Naehyuck Chang (Samsun
 g)\n\nAccording to data provided by the World Health Organization, it is a
  grim reality that\nmore than 1.3 million people lose their lives annually
  due to the tragic outcomes of\nroad traffic accidents, further exacerbati
 ng the situation with a staggering 20 to 50\nmillion individuals being lef
 t with non-fatal injuries. These disheartening statistics serve\nas a star
 k reminder of the urgent need for improved safety measures in the automoti
 ve\nindustry.\n\nHistorically driven by the pursuit of creating vehicles t
 hat captivate and exhilarate\nconsumers, the automotive sector has increas
 ingly shifted its focus toward fostering a\nrobust safety culture. This tr
 ansformation has only sometimes been an organic\nprocess, as governments w
 orldwide have often found themselves leading the charge\nin pushing for mo
 re excellent vehicular safety through stringent regulations. These\nregula
 tory frameworks, which initially took root in Europe and China, have now b
 een\nrapidly disseminated globally. Consequently, automakers have found th
 emselves\ncompelled to make safety an integral and non-negotiable facet of
  their automotive\nsolutions.\n\nThe impending European Safety Regulations
 , set to become a standard in the\nindustry, have been significantly motiv
 ated by the rapid evolution of automotive\ntechnology and an unwavering co
 mmitment to ensuring the safety of both drivers and\npassengers. A pivotal
  component of this technological revolution in the automotive\nrealm is in
 terior sensing. It plays a critical role in monitoring drivers for distrac
 tions and\nfatigue, as well as tracking the movements of vehicle occupants
 .\n\nThis distinguished panel of experts brings together some of the forem
 ost sensor and\nSystem-on-chip (SoC) suppliers and in-cabin monitoring spe
 cialists who are pivotal in\ndriving the burgeoning interior sensing marke
 t. Their collective aim is to deliberate on\nvarious topics, ranging from 
 emerging technology trends to innovative packaging\noptions, seamless conn
 ectivity, and integration points for Advanced Driver Assistance\nSystems (
 ADAS), including the transformative Driver and occupant Monitoring System\
 ntechnology.\n\nRecognizing that human drivers are inherently prone to err
 ors, safety technology\nproviders adopt a holistic systems approach to ass
 ist, enhance, and even assume\ncontrol of the driving task when necessary.
  In-cabin monitoring emerges as a crucial\nelement within this overarching
  strategy. Overcoming challenges related to cost,\npackaging constraints, 
 and system complexity, hardware and application vendors\ncontinually push 
 the boundaries of innovation, seeking novel ways to optimize their\ndesign
 s to support efficient and cost-effective in-cabin monitoring solutions.\n
 \nThe panel discussion, featuring prominent figures from industry and Univ
 ersity leaders\nsuch as Seeing Machines, Qualcomm, Texas Instruments, Amba
 rella, OmniVision,\nand TU Braunschweig, will delve deep into the dynamic 
 Sensor and SoC market for\nin-cabin monitoring. They will explore critical
  issues, including how in-cabin\nmonitoring technology underpins the globa
 l safety agenda, the preferences of\nsuppliers regarding packaging locatio
 ns, the pros and cons of variousintegration approaches, and the implicatio
 ns for Original Equipment Manufacturers (OEMs) who must ensure that safety
  and convenience remain\nparamount in their offerings. There are a variety
  of differing opinions, and it is\nthese differing opinions that will be b
 rought forth in this panel.\n\nThe panel is aimed at students, researchers
 , and practitioners. Students will\nunderstand the state of the art and th
 e challenges. Researchers will be able to\nexamine open industrial problem
 s which are still open, and industry practitioners will\nbe able to unders
 tand the available solutions and the industry trends.\n\nThe panel aims to
  engage in a comprehensive discussion surrounding critical\nquestions, inc
 luding but not limited to:\nHow can we best support a low-cost and low-pow
 er consumption market?\nWhich aspect or component of Sensor and SoC design
  should we prioritize for future\nadvancements?\nWhat are the foremost cha
 llenges associated with Artificial Intelligence (AI) in\ndesigning sensors
  and SoCs?\nWhere should we channel our Research and Development (R&D) eff
 orts?\nWhich packaging configurations are poised to dominate the automotiv
 e market?\nHow vital is cybersecurity in this context?\nWhat obstacles do 
 we face in implementing AI techniques for in-cabin monitoring?\nHow are th
 ese cutting-edge designs rigorously tested to ensure their efficacy and\ns
 afety?\n\nTopic: AI, EDA
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