PART 01: Executive summary • Highlights PART 02: Scope of the report • Market overview • Report coverage • Product and market definitions PART 03: Market research methodology • Research methodology • Economic indicators PART 04: Introduction • Key market highlights • Value chain analysis • Product life cycle (PLC) • Regulatory frameworks governing PPS PART 05: Market landscape • Market overview • PPS system dependencies: Sensor architecture • Market size and forecast • Five forces analysis PART 06: Market segmentation by technology • Market overview • Market size and forecast PART 07: Market segmentation by geography • Market overview • Market size and forecast PART 08: Market drivers • Consumer behavior drivers: Causes of rising pedestrian deaths • Regulatory and infrastructural drivers for PPS adoption • Technological and OEM-specific drivers for PPS system adoption PART 09: Technological challenges PART 10: Technological trends PART 11: Convergence of ideas: The mega-trends • Impact of driverless car technology development on PPS • Communication between PPS systems and cell-phone networks • Relationship of PPS with other technologies • Path to convergence on the autonomous vehicle roadmap PART 12: Vendor landscape • Competitive benchmarking: OEMs • Other prominent OEMs • Competitive benchmarking - Suppliers • Other prominent suppliers PART 13: Key vendor analysis: OEMs PART 14: Key vendor analysis: Suppliers • Product portfolios of key suppliers in the PPS market PART 15: Appendix • List of abbreviations PART 16: Explore Technavio List of Exhibits Exhibit 01: Report coverage Exhibit 02: Definitions of some terms used in this report Exhibit 03: Various aspects of the global automotive pedestrian protection system market Exhibit 04: Active PPS - working Exhibit 05: Passive PPS - primary parts Exhibit 06: Mapping of injury causes and body parts concerned Exhibit 07: High level value chain structure for PPS Exhibit 08: Detailed level value chain structure for PPS Exhibit 09: Life cycle of automotive PPS 2016 Exhibit 10: Existing regulatory framework around the world governing PPS Exhibit 11: List of common NCAPs worldwide Exhibit 12: Government and transport authorities' initiatives on safety Exhibit 13: Market landscape: Automotive PPS Exhibit 14: Summary of sensors used for pedestrian detection Exhibit 15: Global automotive PPS market 2016-2020 ($ billions) Exhibit 16: Global automotive ADAS market 2016-2020 ($ billions) Exhibit 17: Composition of the global automotive ADAS market 2016-2020 Exhibit 18: PPS as a part of the global automotive ADAS market 2016-2020 Exhibit 19: Five forces analysis: PPS Exhibit 20: PPS systems classification by technology Exhibit 21: Adoption ranges of PPS systems technologies Exhibit 22: Global automotive active PPS market 2016-2020 ($ millions) Exhibit 23: Global automotive passive PPS market 2016-2020 ($ billions) Exhibit 24: Global automotive PPS market by geography 2016-2020 ($ millions) Exhibit 25: Global causes of motor vehicle fatalities 2015 Exhibit 26: Global causes of pedestrian deaths 2014 Exhibit 27: Pedestrian deaths as a percentage of total traffic deaths in US Exhibit 28: Global pedestrian fatality across key countries for PPS Exhibit 29: Euro NCAP star rating scoring criteria Exhibit 30: Euro NCAP rating criteria weightages Exhibit 31: Seven reasons behind heaviness and lower fuel economy for PPS equipped cars Exhibit 32: Increase in braking distance with respect to speed Exhibit 33: Active hood system: Working Exhibit 34: Active hood system: Impact areas Exhibit 35: Active hood equipped vehicles 2006 to 2014 Exhibit 36: Pedestrian highlighting with computer vision Exhibit 37: Simple algorithmic decision tree for driverless cars Exhibit 38: Sample driverless car decision tree for PPS Exhibit 39: PPS and connected car technologies tie-up Exhibit 40: PPS and cell phone networks tie-up Exhibit 41: V2P communication protocols Exhibit 42: Interactive AR system Exhibit 43: Timeline showing evolution of ADAS systems Exhibit 44: CA system classification Exhibit 45: BSD systems Exhibit 46: Automotive camera modules design Exhibit 47: A vehicle with surround view system Exhibit 48: Laser headlights in CA warning systems Exhibit 49: Laser headlights used for spotlighting pedestrians Exhibit 50: Qualitative analysis of OEMs in the PPS market Exhibit 51: AEB commitment signatories - March 2016 Exhibit 52: Qualitative analysis of suppliers in the PPS market Exhibit 53: Other prominent suppliers in PPS market Exhibit 54: Nissan ITS workflow Exhibit 55: Nissan multi sensing system Exhibit 56: Ford PCAPD system Exhibit 57: Honda PCMSS Exhibit 58: PPS suppliers' product portfolio

Nissan, Volvo, Audi, Toyota, Ford, Honda, Mercedes Benz, BMW, Subaru, Denso, Delphi, Hitachi Automotive, Clarion, Valeo, Magna International.