Wombat Trucking, an Australian company, has implemented an advanced Artificial AI system in all its truck cabins in response to a series of accidents involving its drivers, some of which were fatal. Although the Trucking Union has expressed their opposition about the system, Wombat Trucking remains steadfast in asserting the indispensability of this system for enhanced efficiency and safety. By applying utilitarianism, an ethical paradigm predicated on the optimization of collective well-being, the utilization of AI system within this context can be ethically justifiable. Utilitarianism emphasizes the importance of maximizing utility, which can be defined as the overall well-being and net happiness of the greatest number of people. By applying …show more content…
This advanced system persistently detect data relating to driver conduct, effectively recognizes instances of inattentive driving, drowsiness, abrupt acceleration, braking, and cornering maneuvers. Such system eventually empowers Wombat Trucking to tackle potential safety issues proactively, reducing unsafe driving incidents and provide drivers with greater awareness of their own risky behaviors (HUFF, A, 2019). More importantly, by reducing the likelihood of accidents, Wombat Trucking not only minimizes the suffering caused by such incidents but also fosters a safer working environment for its employees. This commitment to safety can contribute to increased employee morale and job satisfaction, leading to a more stable and content workforce (McKenna, T ,2005). Therefore, the AI system aligns with the utilitarian principle of maximizing happiness and minimizing suffering, providing a strong justification for its …show more content…
Continuous monitoring of drivers might be perceived as intrusive, but it is essential to recognize the system's primary objective: enhancing safety. By implementing the AI system, Wombat Trucking can effectively mitigate risks associated with driver, leading to a safer driving environment for drivers and all the other road users. To address privacy concerns, the company can adopt data privacy and protection measures, such as restricting access to authorized personnel only. Additionally, Wombat Trucking could consider connecting the system's sensors to the truck's engine, ensuring that monitoring only occurs while the vehicle is in motion. Through these efforts, they can maintain drivers' privacy while still leveraging the AI system's crucial safety benefits. In this context, it is crucial for Wombat Trucking to prioritize the enhanced safety provided by the AI system, ultimately adhering to the utilitarian principle of maximizing happiness for all parties
Road rage, ignoring traffic laws, drinking and driving, or texting and driving are becoming a convention. As more people convert to these unacceptable actions, the roads become even more perilous. Reevaluating the way individuals drive could end up saving someone’s
The system can tell if you are drowsy or tired. If you are a notification light in the shape of a coffee mug will appear to notify you that your drowsiness is impacting your driving. We found this fact interesting as it is very practical and smart technology that is relatively new. The technology can alert the driver, which in theory, could lead to better on road safety. The idea of increasing road safety in a practical and efficient way was interesting to
It goes in depth about the benefits of AI, including the lack of having to pay for labor, and increased efficiency. This idea is developed by bringing up a real world scenario: when Ubering to downtown, an AI agent send an offer of triple the fare for the way back. (Garvey, 1) The author uses rhetorical questions to not only help the reader understand the purpose but hook the reader to continue reading the essay. The author uses good examples to help readers who are unfamiliar with AI understand.
From Eisenhower’s point of view highway construction was “an important economic tool.” He also believed that it would make roads safer and easier to transport people and good, furthermore opening more employment opportunities, which indeed did, but now the system needs to be updated to address a new set of problems and to meet the new needs of society. During the 50th Anniversary of the U.S. Department of Transportation’s open house, Elaine L Chao delivered a speech introducing the idea of advancing the use of technology in the way we travel. Now of course the idea of having self driving cars, trains, and so forth has been around for some time now, but bringing them ideas into reality seems hard to picture it being the most reliable and safest option available. With safety being the Department’s core priority makes many wonder, could we were to proceed with this advancement, and would it be one would could garnet safety from or a easy reversible
Nicholas Carr introduces his opinion of automation through an example of the overused system of autopilots during an airline flight and questions our growing dependence to technology that is gradually beginning to complete task that we can do for ourselves. Carr moves on to reminisces back to his high school driving lessons, his experiences from driving automatic stick shift to manual stick shift and expresses his joy of being able to be in control of his own vehicle. He then focuses on the self – driving Google car that can effortlessly tours around the California and Nevada area, reporting that an accident did occur but was a manual drivers fault. Over the course of the chapter, he presents us with different scenarios of how technology plays
EBSCOhost, doi:10.1016/j.aap.2014.07.014. National Highway Traffic Safety Administration, 2016. Distracted Driving 2014, Retrieved from https://crashstats.nhtsa.dot.gov/Api/Public/ViewPublication/ 812260. Struckman-Johnson, Cindy, et al. "
How to Fight Distracted Driving by Lianna Thompson Safer roads is a goal that virtually everyone benefits from since we all share the road infrastructure. However this goal of safe roads can be difficult since there are many circumstances that can put drivers in dangerous situations. But perhaps the one that has gotten the most attention as of late is the issue of distracted driving. There have been countless attempts in order to help stop this issue, yet it still remains one of the leading causes of auto accidents.
Distracted driving contributes to millions of vehicle accidents every year in the United States, resulting in millions of cases of property damage, bodily injury, and the tragic loss of life. A major reason distracted driving is so common is due to the era of information that we live in. At any given time, the average driver on our roads has access to unlimited amounts of information at the tip of our fingers through our phones, computers, and other electronics that constantly surround us. This access continues while driving since technologies have been advanced so that even our cars are able to feed us a constant stream of information. Unfortunately, the human brain is terribly ineffective at multitasking, so when we try to do something else
Three proposed options could be utilized to combat this overwhelming obstacle. One solution would be to implement driverless cars on the road. Autonomous cars could reduce the human error associated with driving. Also, allowing the car to drive itself would give the driver opportunities to complete tasks of their own such as reading, working, sleeping, or texting. Like a robotic butler, autonomous cars could become modern day chauffeurs without the need for payment.
K. Narla, senior director, Transportation Technology, Institute of Transportation Engineers, Washington, DC, USA. In this article topics like “Building the Foundation for the Smart Driver Transformation” and “Connected Vehicle Safety Pilot Model Deployment” are very important when it comes to making the change from smart drives to smart cars. The article also talks about the amount of safety nets that have to be but in place to make sure that the cars can communicate with the sensors they have to communicate with. Kirkpatrick, K. (2015). The moral challenges of driverless cars.
In the end, premiums can come down for the policyholder substantially, if he continues to use a disciplined driver for his vehicle. The car insurers can make telematics-based insurance a popular one by making it a profitable and helpful way out for the policyholders with tangible benefits compared with the cost incurred. For this, they need to evolve comprehensive policies to protect the sensitive data, its storage and security of the telematics generated data. These steps can help garner confidence of policyholders for opting the telematics-based vehicle insurance. While telematics rewards disciplined driving, it works as a disincentive for reckless driving.
While self-driving vehicles will provide a new form of technology in the future, they will affect our society by being an emerging technology that is innovative, dangerous, and unreliable. Self-driving cars are a new form of emerging technology. An article that was recently published discussed the positive and negative effects of self-driving buses which led to research on self-driving cars. The emerging technology of driverless vehicles was introduced on public roadways. Crelin stated that “Long predicted to be an impending and emerging technology, driverless vehicles developed slowly over the course of the twentieth century but emerged fully into public view in the first decades of the twenty-first” (1).
Technology will evolve, as it is in its natural way to do so. Thus, in the car manufacturing area the purpose for the near future is to produce autonomous cars. People love the idea of making driving more enjoyable and comfortable, and less stressing by continuously keeping the steering wheel and pushing the pedals. Having such technology available is great, but everyone is thinking about comfort, enjoyment and pleasure of traveling by car. There are more sensitive matters that must be discussed regarding autonomous cars, and some of them are responsibility and ethics.
Further defined, artificial intelligence are computer systems that are able to proceed tasks and obtain abilities that originally require human knowledge or intelligence. These abilities and tasks include speech recognition, translation of languages, quick and efficient decision making skills, environmental or global locations, and much more beyond the average level of intelligence. Even though many individuals believe artificial intelligence can enhance society, the negative effects of these high-tech computers and machines is that people could become insignificant, completely lose their positions in the workplace, and overall, this leads to the inclusive problem of artificial intelligence. Artificial intelligence may be ‘cool’ in the eyes of many
Rise of Artificial Intelligence and Ethics: Literature Review The Ethics of Artificial Intelligence, authored by Nick Bostrom and Eliezer Yudkowsky, as a draft for the Cambridge Handbook of Artificial Intelligence, introduces five (5) topics of discussion in the realm of Artificial Intelligence (AI) and ethics, including, short term AI ethical issues, AI safety challenges, moral status of AI, how to conduct ethical assessment of AI, and super-intelligent Artificial Intelligence issues or, what happens when AI becomes much more intelligent than humans, but without ethical constraints? This topic of ethics and morality within AI is of particular interest for me as I will be working with machine learning, mathematical modeling, and computer simulations for my upcoming summer internship at the Naval Surface Warfare Center (NSWC) in Norco, California. After I complete my Master Degree in 2020 at Northeastern University, I will become a full time research engineer working at this navy laboratory. At the suggestion of my NSWC mentor, I have opted to concentrate my master’s degree in Computer Vision, Machine Learning, and Algorithm Development, technologies which are all strongly associated with AI. Nick Bostrom, one of the authors on this article, is Professor in the Faculty of Philosophy at Oxford University and the Director at the Future of Humanity Institute within the Oxford Martin School.