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Autonomous Vehicle Technology: A Guide for Policymakers [Minkštas viršelis]

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  • Formatas: Paperback / softback, 214 pages, aukštis x plotis x storis: 223x153x13 mm, weight: 354 g
  • Išleidimo metai: 11-Feb-2014
  • Leidėjas: RAND
  • ISBN-10: 0833083988
  • ISBN-13: 9780833083982
Kitos knygos pagal šią temą:
  • Formatas: Paperback / softback, 214 pages, aukštis x plotis x storis: 223x153x13 mm, weight: 354 g
  • Išleidimo metai: 11-Feb-2014
  • Leidėjas: RAND
  • ISBN-10: 0833083988
  • ISBN-13: 9780833083982
Kitos knygos pagal šią temą:
Autonomous vehicle technology has the potential to significantly improve social welfare. This report addresses the numerous legislative, regulatory, and liability issues this technology will raise.
Preface iii
Figures and Tables
xi
Summary xiii
Acknowledgments xxv
Abbreviations xxvii
Chapter One Introduction
1(8)
What Are Autonomous and Automated Vehicles?
2(2)
Why Is Autonomous Vehicle Technology Important Now?
4(2)
What Decisions Do Policymakers Face?
6(3)
Chapter Two The Promise and Perils of Autonomous Vehicle Technology
9(32)
A Summary of the Social Costs of Driving
9(3)
Effects of Autonomous Vehicle Technology on Safety and Crashes
12(4)
Effect of Autonomous Vehicle Technologies on Mobility for Those Unable to Drive
16(9)
Congestion
17(1)
Potential Effects on Traffic Congestion
17(7)
Potential Effects on the Costs of Traffic Congestion
24(1)
Land Use
25(3)
Energy and Emissions Implications of Autonomous Vehicles
28(10)
Fuel Economy
28(5)
Autonomous Vehicles Might Enable Alternative Fuels
33(3)
How Will Travel Demand Affect Energy and Emissions?
36(2)
Costs and Disadvantages
38(3)
Conclusion
40(1)
Chapter Three Current State Law and Legislative Activity
41(14)
Nevada's Certificate of Compliance
42(1)
Comparison of State Legislation
43(4)
Nevada (NRS 482.A and NAC 482.A)
44(1)
Florida (Fla. Stat. Title XXIII, Ch. 319, S 145)
45(1)
California (Cal. Veh. Code, Division 16.6)
46(1)
Washington, D.C. (L19-0278)
47(6)
Ongoing Legislation in Other States
48(1)
Arizona (HB 2167)
48(1)
Colorado (SB 13-016)
48(1)
Hawaii (HB 1461)
49(1)
Massachusetts (HB 3369)
49(1)
Michigan (SB 0169)
50(1)
New Hampshire (HB 444)
50(1)
New Jersey (A2757)
50(1)
New York (S4912)
50(1)
Oklahoma (HB 3007)
51(1)
Oregon (HB 2428)
51(1)
South Carolina (HB 4015)
51(1)
Texas (HB 2932)
52(1)
Washington (HB 1649)
52(1)
Wisconsin (SB 80)
52(1)
Stakeholder Interviews
53(2)
Conclusion
53(2)
Chapter Four Brief History and Current State of Autonomous Vehicles
55(20)
A Brief History
55(3)
Phase 1 Foundational Research
56(1)
Phase 2 Grand Challenges
56(1)
Phase 3 Commercial Development
57(1)
State of Autonomous Vehicle Technology
58(14)
Making Sense of the World
58(12)
Integrity, Security, and Verification
70(2)
Policy Implications
72(3)
Conclusion
74(1)
Chapter Five The Role of Telematics and Communications
75(22)
A Review of the Communications Technologies Used by Autonomous Vehicles
77(4)
Commercial Wireless Services
77(2)
Dedicated Short-Range Communications
79(1)
Bluetooth
80(1)
Wi-Fi
80(1)
Stakeholder Viewpoints on Autonomous Vehicle Communications
81(3)
Spectrum Issues for Autonomous Vehicles
84(9)
Who Regulates It?
84(1)
Will Spectrum Regulation Affect the Deployment of Autonomous Vehicles?
85(1)
How Will the FCC Proceed to Make Decisions Concerning DSRC Spectrum?
85(1)
How Will the FCC Weigh Competing Claims Concerning Spectrum Use?
86(5)
Spectrum Policy Issues
91(2)
Other Autonomous Vehicle Technology Communications Policy Issues
93(4)
Distracted Driving Laws
93(1)
Developmental Standards
93(1)
Data Security
94(1)
Data Ownership and Privacy
94(1)
Conclusion
95(2)
Chapter Six Standards and Regulations and Their Application to Autonomous Vehicle Technologies
97(14)
Overview of Regulations for Automobiles
98(2)
Case Study: Air-Bag Regulation
100(3)
Current Standards and Regulations for Autonomous Vehicle Technologies
103(3)
Future Implications for Standards and Regulations for Autonomous Vehicle Technologies
106(5)
Standards and Regulations to Facilitate Human-Machine Interaction
106(1)
Performance Standards and Regulations
107(1)
Conclusion
108(3)
Chapter Seven Liability Implications of Autonomous Vehicle Technology
111(24)
Tort Liability for Drivers and Insurers
112(6)
Theories of Driver Liability
112(2)
Autonomous Vehicle Technologies, Liability of Drivers, and Insurance
114(4)
Liability of Manufacturers
118(10)
The Role of Cost-Benefit Analysis
119(4)
Types of Defectiveness
123(3)
Human-Computer Interaction
126(2)
Effect of Regulation on Liability and Preemption
128(7)
Explicit Legislative Preemption
131(1)
Conclusion
132(3)
Chapter Eight Guidance for Policymakers and Conclusion
135(16)
Risks from Market Failure
136(2)
Risks from Regulation
138(2)
Risks from Liability
140(5)
Federal Statute Limiting Tort
142(1)
No-Fault Approach
143(1)
Irrebuttable Presumption of Driver Control of Vehicle
144(1)
Incorporation of Appropriate Cost-Benefit Tests in Liability Determinations
145(1)
What Principles Should Guide Policymakers?
145(1)
Policy Research Needs
146(5)
Conclusion
148(3)
Appendix: Conclusions from Qualitative Interviews with Stakeholders 151(14)
Bibliography 165