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ویرایش:
نویسندگان: Robert A. Simons
سری:
ISBN (شابک) : 2019044868, 9780367369057
ناشر: Routledge
سال نشر: 2020
تعداد صفحات: 409
زبان: English
فرمت فایل : PDF (درصورت درخواست کاربر به PDF، EPUB یا AZW3 تبدیل می شود)
حجم فایل: 12 مگابایت
در صورت تبدیل فایل کتاب Driverless Cars, Urban Parking and Land Use به فرمت های PDF، EPUB، AZW3، MOBI و یا DJVU می توانید به پشتیبان اطلاع دهید تا فایل مورد نظر را تبدیل نمایند.
توجه داشته باشید کتاب خودروهای بدون راننده، پارکینگ شهری و کاربری زمین نسخه زبان اصلی می باشد و کتاب ترجمه شده به فارسی نمی باشد. وبسایت اینترنشنال لایبرری ارائه دهنده کتاب های زبان اصلی می باشد و هیچ گونه کتاب ترجمه شده یا نوشته شده به فارسی را ارائه نمی دهد.
موضوع خودروهای بدون راننده و حتی بدون مالک این پتانسیل را دارد که از زمان اختراع آسانسور، مخرب ترین فناوری برای املاک، کاربری زمین و پارکینگ باشد. این کتاب شامل تحقیقات جدید و تجزیه و تحلیل اقتصادی، به علاوه بررسی کامل ادبیات فعلی برای طرح و تلاش برای پاسخگویی به تعدادی از سؤالات مهم در مورد تأثیر وسایل نقلیه بدون راننده در استفاده از زمین در ایالات متحده، به ویژه در پارکینگ است. سیمونز پیش از بررسی اینکه چگونه تغییرات پیشبینیشده ناشی از پذیرش فناوریهای بدون راننده و کاهش مالکیت خودرو بر مناطق شهری ما تأثیر میگذارد، تاریخچه فناوریهای مخرب در حملونقل و املاک را ترسیم میکند. با تمام پارکینگهای شهرهایمان و خانهها و ساختمانهای سازمانیمان که ممکن است دیگر مورد نیاز نباشند، چه میتوانیم بکنیم؟ آیا می توان آنها را به طور پایدار تغییر کاربری داد؟ آیا اتومبیل های خودران مانند اسب ها می شوند که فقط توسط علاقه مندان برای تفریح و ورزش استفاده می شود؟ در حالی که تمرکز بر پارکینگ است، این کتاب همچنین حاوی نظرات اقتصاددانان، معماران و سیاست گذاران املاک و مستغلات است و برای توسعه دهندگان و سرمایه گذاران املاک و مستغلات، اقتصاددانان حمل و نقل، برنامه ریزان، سیاستمداران و سیاست گذارانی که نیاز به بررسی پیامدهای یک آینده با وسایل نقلیه بدون راننده بیشتر کمربند ایمنی خود را ببندید: چه بخواهید چه نخواهید، خودروهای بدون راننده در عرض ده سال نحوه حرکت ما در شهرهایمان را تغییر خواهند داد.
The subject of driverless and even ownerless cars has the potential to be the most disruptive technology for real estate, land use, and parking since the invention of the elevator. This book includes new research and economic analysis, plus a thorough review of the current literature to pose and attempt to answer a number of important questions about the effect that driverless vehicles may have on land use in the United States, especially on parking. Simons outlines the history of disruptive technologies in transport and real estate before examining how the predicted changes brought in by the adoption of driverless technologies and decline in car ownership will affect our urban areas. What could we do with all the parking areas in our cities and our homes and institutional buildings that may no longer be required? Can they be sustainably repurposed? Will self-driving cars become like horses, used only by hobbyists for recreation and sport? While the focus is on parking, the book also contains the views of real estate economists, architects, and policymakers and is essential reading for real estate developers and investors, transport economists, planners, politicians, and policymakers who need to consider the implications of a future with more driverless vehicles. Fasten your seat belt: like it or not, driverless cars will begin to change the way we move about our cities within ten years.
Cover Half Title Title Page Copyright Page Dedication Table of Contents List of exhibits List of tables Notes on contributors Preface Acknowledgments Abbreviations 1. Introduction: no parking, fine! The effect of driverless vehicles on parking and land use Background trends Transition time Parking and land use Policy Case studies References 2. Identification of major vehicle-related hardware and technological trends Driverless cars: levels of automation, and likely DV adoption phases Definitions, software, and hardware components in the driverless vehicle environment Testing of vehicles and non-car DV fleets Electric/hybrid cars: product development, market players, subsidies, charging infrastructure, impacts on air quality, and the price of fossil fuels US and international industry leaders in electric vehicle technology Corporate mobility fleet ownership adoption models need lower vehicle operation costs Summary References 3. Tastes and preferences and behavioral change in transportation modal choices and car ownership Private cars dominate current transit modes Definition of the eight personal transportation modes and some trends Modal choice literature focusing on DV-related issues Potential cost savings for households from using DVs Original survey work on driving/ride-sharing choices Chapter summary Notes References Appendix 3A: Survey of Shared-Ride Passengers 4. Government regulation of the transition to driverless/ autonomous cars Introduction and justification Role of government regulation US state regulation of driverless vehicles Driverless vehicle laws in other countries Chapter summary: lessons and take-aways, emerging, or unresolved issues References 5. Ethical issues from the transition to driverless/automated cars Introduction and justification Safety issues: traffic fatalities in the United States Potential employment impacts from driverless vehicles: who wins, who loses? Legal liability: who is responsible for an accident? The ethics of DV programming: who bears the risk in an accident; are the car’s occupants disposable? Other ethical issues on the horizon Driver assist safety in the transition period Cybersecurity Data ownership and privacy ethics Chapter summary: lessons and take-aways, emerging or unresolved issues References 6. The past adoption and transition time periods of five disruptive technologies Introduction Horses to automobiles Film to digital cameras Landlines to cell phones Brick-and-mortar to e-commerce Marijuana legislation Summary References 7. A road too steep and too long: the scientific case against plausible evolution of driverless cars Inadequate technology Cybersecurity Additional evidence on safety and regulation Known cyber hacking of DVs to date The counter points Systems security expert’s reaction Market signals Conclusion References 8. Any early signs of softness in the parking markets in capital markets and parking sale prices? Background trends Any early signs of parking asset softness in the parking-dominated bond markets? Any early signs of soft parking prices using individual transactions? Conclusions: any evidence of aprice reduction or risk premium? References Appendix 8A Methodology for analysis of single-property parking lot and structure sales and data supplement for the four markets 9. The forward-looking adoption timeline for driverless cars and corporate owned fleets General literature pertinent to assumptions about DV adoption Driverless car technology adoption timing forecasts Market signals and corroboration of coming DV adoption Tech adoption from Chapter 6 Process of arriving at updated forecasts of DV adoption Driverless vehicle and modal choice adoption forecasts Summary of findings References 10. Current parking regulations and parking market standards in the United States History of parking: how did America’s city centers get paved over? National and local guidelines for residential and commercial parking Application of residential parking minimum standards to development costs and property values Commercial parking market dynamics in large- and medium-sized US cities Other commercial parking trends Chapter summary Note References 11. Urban adaptive reuse potential from the architect’s perspective Baseline parking structure types Adaptability and reuse of parking types Cost to create parking structures Potential end uses for parking structures and their space requirements Application: considerations in establishing ahighest and best use (HBU) strategy Adaptive reuse costs Summary of potential outcomes for rehab of parking structures References Appendix 11A Parking Structure Analysis Matrix 12. A breakdown of parking spaces by type in 15 US metropolitan areas Research approach Demographics of residential vehicle ownership and commuting time Parking in housing Multi-family parking Retail land use: trends and parking outlook Office land use: parking spaces Parking structures Overall parking supply Chapter summary References Appendix 12A Data table for all 15 cities, all parking spaces Appendix 12B Institutional parking spaces 13. Where would the driverless car fleet rest during the day? Introduction Summary of driverless vehicle and modal choice adoption forecasts Case study analysis of net parking demand in downtown Cleveland, Ohio Existing parking supply Alternative parking locations near downtown to accommodate robotaxi fleets Potential reuse of excess parking spaces downtown Suburban accommodation of overnight parking Conclusion References 14. Parking at home: transformational changes at the unit and subdivision levels Baseline look at attached and detached residential garages, by location and vintage Home garages in new construction in 2017 Garage parking and its influence on residential property values Design changes for the one-car garage to no-car garage Design changes for a two-car garage to no-car-garage Design changes for a three-car garage to one-car garage Design changes for a four-car garage to one-car garage Land use changes at the subdivision level Chapter summary References 15. Policy implications: transition period Introduction to driverless vehicle policy Transitional policy for driverless vehicle technology transformation Transitional policy for transit use and modal choice Transitional policy for subdivision land use, private investment, and developers Transitional policy for zoning and parking regulations for cities Transitional policy for public subsidy Ethics and economic development grab bag References 16. Policy implications: in the long run Introduction to driverless vehicle long-run policy issues Long-term policy for technology transformation: I2V support Transitional policy for transit use and modal choice Long-run policy for land use, zoning, private investment, and developers Long run policy for street use and parking regulations Long-run policy for public subsidy Job impacts of driverless vehicle adoption National job first-order loss and gain projections Long-run ethical issues References 17. Policy implications and generalizability to large European and Asian cities, plus some final thoughts on DV adoption Similarities and differences between the US and the rest of the world on DV-related matters International DV adoption forecasts Infrastructure and overall market readiness DV adoption timetable predictions for urban markets in selected countries The ethical dimension: programming vehicles’ accident avoidance settings differently for local tastes and preferences Potential job losses or gains from DVs Transitional and long-run policy for technology transformation, in Europe and Asia Transitional and long-run policy for zoning and parking regulations in Europe and Asia Transitional and long-run policy, public subsidy, and private investment in Europe and Asia Wrapping up the book: final thoughts References 18. Introduction to parking structure adaptive reuse case studies Actual existing rehabbed parking structures Private existing newer buildings designed with flexible parking in mind that can be converted to parking at a future date Proposed or under construction new buildings designed with flexible parking in mind that could be converted to parking at a future date Public parking structures to be built with redevelopment potential in mind Lessons learned from the cases at a high level References 19. The Wedge: a parking expansion and adaptive reuse case study in Grand Rapids, Michigan Introduction to Grand Rapids Market demand Project concept and drivers for the Wedge: a case study Site plan considerations for the Wedge site Potential cost savings Hypothetical return on project over time Lessons learned References 20. The Summit, a Dolce Hotel: an adaptive reuse of a parking structure in Cincinnati, Ohio Introduction and history Introduction to Cincinnati and Madisonville, Ohio Project location Market demand Project concept and drivers for the Summit: a case study Project construction Political process and planning approval Value engineering due to the extra adaptive reuse cost Deal structure and financing plan References Index