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Annotated Bibliography On Driverless Car

Winkless, Laurie. Just One Driverless Car Could Ease Traffic Jams. 26 May 2017. Web Site. 15 February 2018.

Table of Contents

The writer has explained her point of view on the discussion that the current research claimed the days of using different speed limits to handle the traffic are entirely over. The vehicular density is discussed with the addition of geology, and math is profoundly addressed as an essential factor in understanding and solving traffic problems. The future of the research is to experiment with traffic control on denser and multiple lanes.

Smith, Aaron, and Monica Anderson. Automation in Everyday Life. 4 October 2017. Web Site. 15 February 2018.

Americans aim to automate every chore of life. The current era is going to develop into a world where machines, rather than humans, make most of the rational decisions. Driverless vehicles are one of the main topics being discussed. The paper is based on a survey that concluded that two-thirds of Americans have positive remarks on automation.

Johnson, Tamara. Americans Spend an Average of 17,600 Minutes Driving Each Year. 8 September 2016. Web Site. 15 February 2018.

This journal discussed the valuable time that Americans only drive. It’s a survey-based analysis in which the statistics say that 5774 drivers were involved in the survey. They confirmed that they spent 18% of their daytime behind the wheel. AAA clubs conducted these surveys, and they proved that if driving could be eliminated, more productive work by people could be obtained.

Marshall, Aarian. AFTER PEAK HYPE, SELF-DRIVING CARS ENTER THE TROUGH OF DISILLUSIONMENT. 29 December 2017. Web Site. 15 February 2018.

It is a composition of the regulatory authorities that will allow the implementation of driverless cars. Most of the departments, including the political and policy-making sections, discuss these factors, which involve the social, political, and economic problems that would occur before the implementation of this concept.

Hao, Karen. Uber is buying $1 billion worth of self-driving cars from Volvo. 20 November 2017. Web Site. 15 February 2018.

Uber has stepped forward from drivers to the driverless world. They have discussed dealing with the Volvo, which will help them include outnumbered autonomous vehicles. The information in this post is from an authentic source for Uber. The implementation will be confirmed by 2030. It will help the company to increase its customers, and the details are hidden to secure the idea.

Harris, Mark. Google Has Spent Over $1.1 Billion on Self-Driving Tech. 15 September 2017. Web Site. 15 February 2018.

Google has never provided details about the ongoing and emerging ideas, but it has provided information about the field of automation and artificial intelligence. Since 2009, Google has spent more than a billion dollars on software development only. Waymo is the name of the software in which Google has invested, and now the software is self-driving its cars to millions of miles automatically.

Hawkins, Andrew J. The Waymo v. Uber trial has shaken my confidence in self-driving cars. 13 February 2018. Web Site. 15 February 2018.

This article compares Uber and Waymo’s techniques to automated cars. Both companies are responsible for the automation of the vehicles. The Uber CEO explained in his one note that it is possible that in the next eighteen months, they will not do the test drives but will implement the real and fearless ones.

Henry, Kathryn. Traffic Fatalities Up Sharply in 2015. 29 August 2016. Web Site. 15 February 2018.

This paper discusses traffic accidents and their minimization after the implementation of the automation of vehicles. Overall, 7.2% of deaths increased in only traffic accidents in 2014. The overall discussion purpose was to explain that traffic accidents are one of the most significant causes of the deaths of outnumbered people. The injuries are mostly ignored, so they are not measurable overall.

Greenberg, Andy. SECURING DRIVERLESS CARS FROM HACKERS IS HARD. ASK THE EX-UBER GUY WHO PROTECTS THEM. 4 December 2017. Web Site. 15 February 2018.

This paper has a controversial point of view on the development of autonomous vehicles. The writer has discussed that now, human beings will be entirely at the mercy of machines. The hackers could also ride on a free basis. Profoundly deep fixes are required to overcome these issues so that in the future, no system hacks will happen at all.

EY. What will the drivers do when the cars are driverless? n.d. 15 February 2018.

Silicon Valley is highly attentive to every minor development of autonomous driverless cars. The winners in the paper are selected as the passengers as well as the technology companies. Logical firms, lithium mines, and some other corporations. Among all the positivity, there are some losers, including the insurance corporations, the service stations, and the hotels beside the roads.

Bojarski, Mariusz, et al. “End to end learning for self-driving cars.” arXiv preprint arXiv:1604.07316 (2016).

This is a scientific journal in which the convolutional neural network is trained. There are some problems, including lane marking detection, path planning, and control. They are considered and analyzed, which will be further elaborated and clarified to come up with a better solution. The technology used is computer vision and pattern recognition with highly updated algorithms.

Novitskiy, K., & Boyarskaya, A. (2016). Self-driving Cars.

Self-driving cars are defended as autonomous vehicles and are capable of sensing the environment. Sensors are picturized and discussed in detail, and it is stated that they help with position, controlling speed, and radar detections. The safety issues will also rise as if any sensor gets damaged or malfunctioned, the chances of an accident will increase multiple times.

Daily, Mike, et al. “Self-Driving Cars.” Computer 50.12 (2017): 18-23.

A considerable number of well-established research studies and experiments are being conducted on autonomous cars, which will help pave the way for the future implementation of this technology for the benefit of the people. Government policies are also discussed, including their influence on technical and commercial sectors.

Urmson, Chris. “Self-driving cars and the urban challenge.” IEEE Intelligent Systems 23.2 (2008).

Self-driving cars were a dream of the first automobile engineer, and this dream has been developed so far that now autonomous vehicles exist after automobiles. There are almost eighteen million vehicles sold all over the world. Highly interactive and intelligent systems are implemented, which are helpful for keeping the automobile industry growing rapidly.

Lee, Gim Hee, Friedrich Faundorfer, and Marc Pollefeys. “Motion estimation for self-driving cars with a generalized camera.” Computer Vision and Pattern Recognition (CVPR), 2013 IEEE Conference on. IEEE, 2013.

This paper proposed a visual ego-motion estimation algorithm that would be responsible for autonomous vehicles’ ability to drive at the peak level of accuracy. It included multiple sensors and some cameras to understand the views automatically. This report was on real-world data that proved that an autonomous car could perform all its jobs on its own without any human interaction.

Howard, Daniel, and Danielle Dai. “Public perceptions of self-driving cars: The case of Berkeley, California.” Transportation Research Board 93rd Annual Meeting. Vol. 14. No. 4502. 2014.

There are some traffic issues, including accidents and traffic jams. Self-driving cars will save time and help reduce road accidents, which is an essential need of the current society. They will increase safety, find parking, and calculate its problems, including system issues and hardware deficiency. The case study included the public precisions as well.

Bonnefon, Jean-François, Azim Shariff, and Iyad Rahwan. “The social dilemma of autonomous vehicles.” Science352.6293 (2016): 1573-1576.

Automatic vehicles should reduce traffic accidents, but there come situations in which they have to decide between the two. Either they will kill the walking person beside the road or will hit the front vehicle for human safety. It is considered a social dilemma that the utilitarian algorithms will increase the risk of delaying the protection and only implement the system in general.

Sheller, Mimi. “Automotive emotions: Feeling the car.” Theory, culture & society 21.4-5 (2004): 221-242.

This paper has started the discussion with the car, car culture, and its influence on society. Life with an autonomous vehicle becomes entirely automatic and gets improved in different ways, which are also further discussed. Car consumption is also discussed, and its ethical dilemma is considered as well.

Kumar, Vijay, and Nathan Michael. “Opportunities and challenges with autonomous micro aerial vehicles.” The International Journal of Robotics Research 31.11 (2012): 1279-1291.

The field of robotics is highly advanced and growing at its best level. The Micro-UAVs can operate in a three-dimensional environment. They can manipulate, transport, and explore the maps of multi-story buildings, which is a highly innovative approach. In the next two decades, this idea will be implemented entirely all over the world.

Varaiya, Pravin. “Smart cars on smart roads: problems of control.” IEEE Transactions on automatic control 38.2 (1993): 195-207.

The automated intelligent vehicle/highway system key features are highlighted in this paper which include the driver’s improved decisions and the control system architecture. The experimental work is also explained in the article, which elaborates on the way in which the control architecture decomposes this problem into manageable units.

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