...people has no survivals as they do not get to hospital in time after their car accident. The 2010 national Automobile census, mentioned that more than 90% of reported accidents were caused by driver and less than 10% was due to outside or car problems. As the advances of technology increases, so does the danger to people. This is due to there being production of faster cars that are more powerful, therefore increasing the chances of danger. The famous futurist Norman Bell Geddes said that “Your grandchildren will snap across the entire continent in 24 hours on a new kind of highway and in a new kind of driverless car that is controlled by the push of a button," Some say his idea was what inspired the creation of the Interstate Highway System. Few years ago, the driverless cars were seen as just science fiction, an imagination that was only accomplished in movies and novels. However it is close to being a reality that will be soon experienced. Currently, technology is so close, as our cars are technologically advanced enough to be able steer themselves. Moreover, the cars can also accelerate and brake to sustain a safe driving distance from any cars ahead and also detect and avoid crashes with other cars on all the sides. With this much technology advancement, making the cars driverless will only take some more software upgrade and then the science fiction will be our reality. The benefits of driverless cars outweigh the benefit of having human drivers because human are almost...
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...Essay A driverless car, also known as a self-driving car is an autonomous car which can perform the actions of the human being, as if a man were driving a traditional car. We can say that the car is independent of the human as the car only needs to be programmed with the destination. The mechanical part of the vehicle is held by the car its own. Moreover, to function, the car has some specific technology, for example laser, radar, GPS and computer vision. An example of an approved case of self-driving cars can be Google’s. In 2011 the state of Nevada was the first jurisdiction in the United States to pass a law concerning the operation of driverless cars. This law was turned into effect by March 2012 and the Nevada Department of Motor Vehicles gave the first license for a self-driven car in May 2012. This license was given to Google’s car which was in this case a Toyota Prius. Google got involved with this issue as it is trying to develop technology for driverless vehicles. In addition, the project is currently being led by Google engineer Sebastian Thrun, director of the Stanford Artificial Intelligence Laboratory and the co-inventor of Google Street View. To develop this system, Google also had to hire 15 engineers. This topic about self-driving cars involves also other issues such as hardware and software, social and ethical issues and the social impact. As regards hardware and software involved, it integrates Google Maps with various hardware sensors and artificial...
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...GOOGLE SELF-DRIVEN CAR THESIS NAME: INSTITUTION: COURSE PREFIX: COURSE NUMBER: DATE OF SUBMISSION: 1. INTRODUCTION 1.1 GOOGLE SELF-DRIVEN CAR The Google self-driven car is an automated car that operates automatically with no physical human input. It is a project developed by Google Company that involves the development of technology in automated vehicles mostly the electric type of vehicles. The software responsible for the management of the vehicle in its operations is the Google chauffeur. The project is under the management of a Google engineer Sebastian Thrun. He is an experienced engineer who previously worked for the former director in the Stanford Artificial Intelligence Laboratory. In addition, he previously worked as a co-inventor of the Google Street view. The development of the robotic vehicle was first showcased in 2005 in the DARPA Grand Challenge where it won the award. There was an able team of 15 engineers who developed the system in collaboration with the Google Company. Some included Chris Urmson, Mike Montemerlo and lastly Anthony Levandowski, involved in the DARPA Grand and Urban Challenges (Thrun, 2010). In the technological point of view, the automated Google vehicles comprise of parts and equipment that are worth 150000 dollars inclusive of the 70000 dollars for the LiDAR system. It possesses a range finder strategically placed on the top part of the vehicle called the Velodyne...
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...a total of 240 employees, and has an annual budget of 2.8 billion. DARPA stands for Defense Advanced Research Projects Agency. That is not the information I want to bring to your attention. The information I want you to know is about the DARPA challenge (The driverless car). From what I researched, the purpose of this vehicle is to travel into disasters that human engineering couldn’t bear to enter. The driverless vehicle must perform thee various tasks: 1. Drive a utility vehicle at the site.2. Travel dismounted across rubble.3. Remove debris blocking an entryway.4. Open a door and enter a building.5. Climb an industrial ladder and traverse an industrial walkway.6. Use a tool to break through a concrete panel.7. Locate and close a valve near a leaking pipe.8. Connect a fire hose to a standpipe and turn on a valve. I personally think it is impossible to build, for the simple fact that I would not even know where to start. While writing this essay, I was thinking of ways to engineer such a vehicle. I couldn’t come up with no analysis to such a challenge, then it hit me. What was said in the article I what Mr. Fitch been teaching us all along. The lesson of the original challenge [DARPA Grand Challenge - driverless cars] is that persistence pays. It’s important if you know the technology is almost there and you can sort of see the light at the end of the tunnel, a little bit of persistence will pay off. So Fitch was Faxing right, there is a reason to his madness. So those who...
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...Tyler Gates Robotics Essay The New Era of Cars An autonomous car, also known as a self-driving car or robotic car, is an autonomous vehicle capable of fulfilling the main transportation capabilities of a traditional car. As an autonomous vehicle, it is capable of sensing its environment and navigating without human input. Autonomous vehicles sense their surroundings with such techniques as radar, LIDAR, GPS, Odometry, and computer vision. Advanced control systems interpret sensory information to identify appropriate navigation paths, as well as obstacles and relevant signage. By definition, autonomous vehicles are capable of updating their maps based on sensory input, allowing the vehicles to keep track of their position even when conditions change or when they enter uncharted environments. Autonomous cars have control systems that are capable of analyzing sensory data to distinguish between different objects on the road, which is very useful in planning a path to the desired destination. Google’s self-driving car is any in a range of autonomous cars, developed by Google X as part of its project to develop technology for mainly electric cars. The software installed in Google's cars is called Google Chauffeur. Lettering on the side of each car identifies it as a "self-driving car". The project was formerly led by Sebastian Thrun, former director of the Stanford Artificial Intelligence Laboratory and co-inventor of Google Street View. Thrun's team at Stanford created the robotic...
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...California, a Prius—one of the cars in Google’s fleet of autonomous vehicles—caused a fender-bender. The accident happened, naturally, because there was a human behind the wheel. That's according to a new report by Google about its self-driving car project, a document that tallies every accident since it began testing its 32 vehicles on the roads in 2009. That sounds like it could be a massive dataset, considering the tens of thousands of accidents that happen on American roadways each year. It actually isn’t: “In the six years of our project, we’ve been involved in 12 minor accidents during more than 1.8 million miles of autonomous and manual driving combined,” Google wrote. “Not once was the self-driving car the cause of the accident.” Not once! In the case of the fender bender four summers ago, a Google employee—yes, a human—was to blame. He had borrowed the car to run a quick errand and ended up rear-ending another car. (“He was not using the vehicle to test our autonomous technology,” Google wrote, and the car ended up sustaining “some damage.”) So what ended up being probably a pretty bad day for that Google employee—imagine telling your boss you crashed the driverless car—turns out to be a tidy example of the key difference between human drivers and algorithmic ones. Namely: Robots are much, much better drivers than humans. Google’s descriptions of the other accidents involving its self-driving cars reiterates that point. Its cars were rear-ended eight times,...
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...topic I was thinking about doing is how self-driving cars are a good thing. I am going to be on the pro side. My first point is that there is nearly no error. My second point is that it eases congestion. My next point would be that the car eases parking. Another point would be potential for more powerful vehicles. My argument for the first point would be, these super accurate readings have virtually eliminated driving errors for test cars on the road, as the only accidents so far are while human drivers have been in control. The argument for my next point would be, because self-driving cars can communicate with each other, they would eliminate the need for traffic signals. For my third point is would be, because self-driving cars don’t require a driver, they could alleviate parking concerns in highly populated areas. Finally for my last point my argument would be, because self-driving cars don’t require a driver, technicians could potentially rearrange where on the car the various mechanical parts are stored. Of course I’m going to expand on each point, but those would be my topic sentences. Some rebuttals would be how expensive they are. Most companies have not released a price for their driverless cars. Another rebuttal would be the potential for technology to go wrong. Even if a self-driving car performs flawlessly at first, it is possible for the programming that runs the cars to be updated by the car company with a fault string of code. Those would be...
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...56 Future Accomplishments: Waiting for Someone to go First historical perspective, new strategy, people making a difference, powerful idea, social trends, technology trends June 8th, 2012 inShare24 On May 24th, Gary Connery, a 42 year old stuntman from Oxfordshire, England jumped from a helicopter hovering over one mile in the air over southern England, and glided to the earth using a specially designed wing suit. His runway was comprised of a cobbled-up crash-pad fabricated from 18,000 cardboard boxes to soften the impact. With this record-setting jump, Gary became the first skydiver to land without using a parachute. While others have survived through some fluke of nature, he was the first one to plan it from the start. We live in a world obsessed with accomplishments, and more specifically, obsessed with being FIRST. Few of us remember the 2nd person to set foot on the moon, or the 2nd person to invent the airplane, or the 2nd one to run a mile in under 4 minutes. So given this almost fanatical pursuit to become the “first” at something, what exactly are some of the big accomplishments still waiting to be claimed that will land someone in the history books? Here are a few that come to mind. History of Firsts People can become famous for a variety reasons stemming from heroic, unfortunate, ground breaking, or even uncontrollable circumstances. When a new trend appears in transportation, communication, or the technical world, an opportunistic innovator is always...
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...Driverless vehicles are becoming a known subject throughout society today. There are huge controversies of whether or not they will be safe, how they will operate, and how their use will affect the government as well as how they’ll affect the people who are using or are around them. Autonomous vehicular technology will change the way we live as well as the laws we have to follow. Whether or not the changes will be good is debatable. Law-making will be affected in that the older/traditional laws we have now will not be up to par with the technology we will soon face. The effect of autonomous vehicles on the economy could be for the greater good of society, or could help contribute to the further downfall of it, depending on where the technology is developed as well as how and where it is used. Autonomous cars could and will affect society, in that of the economy. The start of the use of the technology could potentially contribute to the unemployment rate, which would help diminish what good of the economy we have left. As Bernard Condon and Paul Wiseman ponder “Are we prepared for an economy in which 50% of people aren’t working?” (Condon/Wiseman). As technology ascends greatly, jobs are created and destroyed. With this,wages will plummet, and the unemployment rate will continue to escalate. “What happens to the millions of people who make a living driving cars and trucks--jobs that always have seemed sheltered from the onslaught of technology?” (Wiseman/Condon). If autonomous...
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...Google Self-Driving Car Pranaw Kumar 500639475 MB8103 Submitted to Dr. Dale Carl 2nd October 2014 Ryerson University Toronto, Ontario, 2014 Table of Contents Executive Summary 3 Introduction 4 Macro Environmental Analysis 5 PESTEL 5 Political 5 Economic 5 Social 5 Technological 6 Environmental 6 Legal 6 Summary 7 Micro Environmental Analysis 7 Porter’s Five Forces 7 Bargaining Power of supplier 7 Threat of substitutes 8 Bargaining power of customers 8 Threat of New entrants 8 Competitive rivalry 8 Summary 9 Conclusion 10 References 11 Executive Summary With continuous change in technology there is always continuous advancement in life style, and Google Self-drive car is going to be one of the biggest changes among them. This type of autonomous system always leaves long and prominent impact on the society and the environment. The whole world is moving towards more and more robotic systems where people just provide voice command or just a program and robotic system does the task automatically. This car can be a stepping stone towards such autonomous enhancement. There are many big players in auto industry who are trying to come into this futuristic field like BMW, Mercedes, Audi and many more, however Google’s self drive car stands apart in terms of completely autonomous car ‘no human interference’. This actually has some implication where human psychology interferes. Human by nature tries to keep control in their...
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...Darpa Challenge When creating a vehicle such as the one mentioned in this challenge, a lot of thought and consideration has to be accounted for. First the vehicle has to be able to travel at least 175 miles in 10 hours, the first thing that should be noted is the gas mileage. There are no gas station in the dessert so it has to have a fuel efficient way of traveling. The next obstacle established in the challenge is the terrain the higher-quality graded dirt with winding rocky-mountain passes and a tunnel. So, there’s loose dirt mountains and a tunnel all things that can cause the vehicle to lose grip of it terrain, lose control of the direction it wishes to go and also one’s sense of direction as though the location is a dessert and everything better much looks the same for miles. The last major obstacle pointed out in the challenge is the various speed limits which in turn could hinder the time of arrival if too many mistakes are made during the race. With using a combination of speeds ranging from 5-50mph the driver would have to travel at the least 17.5 miles in one hour using those speed limits. The fallacy of considering the average speed posted in the challenge is that there could be lots of wind the day of the race that is one does not carefully drive could easily be blown of track driving on that loose dirt. Ways of preparing the vehicle for this race would be to if possible find shortcuts or detours that guide us around the dangerous obstacles and also help us to...
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...Audi Keynote Technology has come a long way from smartphones, robots, 3D printing, cars and wearables. Audi keynote was held at CES Asia and consisted of forward thinking entrepreneur. Audi keynote was held for 3 days, they had 14 product categories, and over 200 exhibitors. The vision of technology has advance so far that cars are becoming too much for cars. As spoken by Mr. Gray,” Get change or be the driver of change.” According to Mr.Demeo, “Technology will always be at your service and support.” Partnering with leaders of automotive and consumer electronics to create to relaxing, time saving and convenient car from Audi. This idea and mind set has led Audi to design the Audi A8 will a self-driving feature. With trying to manage your every day to day car situations and still operate your vehicle, which can be dangerous and will majority of the time lead to an accident. 1.2 million People have fatal car accidents nationwide, out of that 9% was caused by human error. With the new creation of Self Driving cars, this will help eliminate that 9% of human accident errors. This will provide a safer, convince, and more effective environment for today’s world. Audi can be considered the fastest and most powerful with 5000 semi-conductors. Such high level of conductors will enable cars to be able to send and receive data. It also allows the car to connect to the world using internet. . This company’s partners with 400 dealers to allow Audi to get their customers feedback to understand...
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... 1. Introduction We are proposing a localized UAV (Unmanned Aerial Vehicle) that will be able to lock, track and monitor a mobile target, which in our case will be a person. The UAV will be a quad-copter with a mounted camera, onboard processing capacity and will be able to receive its movement directions from a remote PC. As for localization, the UAV will keep track of its current location using GPS regarding its base station, from which it will take off and land. It will also send its video feed constantly to that remote PC, through which a target will be marked and the quad-coper will get in pursuit of that target autonomously. 2. Problem Statement Tracking a mobile target can be done by a number of ways. Ground as well as aerial robots can be used for this purpose but each kind has its limitations. Constraints that limit the probability of tracking a mobile target efficiently from a ground robot include uneven surface, navigation difficulty and sudden obstacle appearance, a person or a vehicle, coming in robot’s line of sight thus blocking its view of the target. Therefore, aerial tracking seems a better solution as it involves less complex navigation and provides a better field of view. Currently, aerial robots are being used for the purpose of boundary surveillance, traffic monitoring and in media for news coverage. All of these applications involve a dumb aerial robot with no knowledge of its current position, controlled by a person from a remote PC. Robot’s navigation...
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...Please use this worksheet to complete the activity analysis below. Refer to table 7 of the OTPF for details. 1. Activity: Driving to work 2. Relevance to client: Independent and significant for community mobility 3. Equipment: Tools: Supplies: Car: side and rearview mirrors, seat, steering wheel, foot pedals for brake and accelerate, and blinker signal. Regarding the objects above are they easily accessible? Costly? Describe some inherent properties of the supplies needed: The objects are easily accessible and costly. Some inherent properties of the supply are heavy, painted, and comfortable. 4. Space demands: The reasonable room inside a car to move arms and feets. All things are in arms reach....
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...sitting in a driver's seat while not driving in a moving car? Well, that is the future of driverless cars! Driverless cars are known to come out onto the roads in the year 2020. Also, there will be many types of driverless cars due to how many companies are trying to produce them, including Tesla, Google, Toyota, and etc. They are all battling to try to produce a driverless car first, which will lead to their company getting more money because this is something that not many people have seen before. Everyone in the future should have a driverless car because they would save many lives, roads would have better traffic flow, and people would have better health. If everyone in the future had a driverless car, then all of the cars would be able to connect with...
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