Big Data at Volvo

2a. [1] The Tesla self-driving car is the future of the automobile industry. The car has the ability to drive itself and perform like a normal driver would but a lot safer. Its intention is to change the way we use cars and help prevent less automotive related accidents. The computational artifact illustrates how the car sees the world. It downloads a GPS in order to have access the roads and ultrasonic sensors to sense what’s around it. Both of these combined create a car that can see what’s going on around it and react to changes on the road. [1]

In addition to that, the new Tesla cars have well-developed autopilot software system which gathers all the information from high resolution cameras and ultrasonic sensors and tells the car what to do under different circumstances.

According to Service Request SR-ht-003, We were to develop a design for a fleet truck maintenance database, located on the Huffman Trucking IT Service Requests site. This paper will talk about how our team completed the Change Request that was on the Huffman Trucking Service Request.

Manufacturers across the globe like Tesla, Mercedes-Benz, BMW, Google, Apple, and Audi are all in a race to produce the most efficient way of travel. The most efficient seems to be driverless cars, before they were an unachievable dream, but now they are a reality. Although the most difficult concept of this all is to figure out how they work. Driverless cars are a new technology made from many older technologies combined, such as the LIDAR system, Computer Vision systems, and Central Hub computer systems. Investments from some countries like the U.K., who has invested 100 million pounds (130 million U.S.), have driven some of these companies to field test the cars in everyday environments in places

Cars today are run by computers and electronic systems. The computers tell the automotive mechanics how well the car or truck is performing. To do their job, mechanics must know a lot about how the complex parts of the car and truck work together. They must be able to work with diagnostic electronic equipment; such as trouble code readers, voltmeters, ohmmeters, and multimeters. They must

Even though the Ford Motor Company is currently doing extremely well in the automotive industry, they are currently emerging opportunities to be a leader in electrification, autonomy, and mobility. The Ford Motor Company recently purchased SAIPS and Chariot. “SAIPS is a world-class provider of customized algorithmic solutions in the fields of computer vision and machine learning” (Crunchbase, na, nd). Chariot is a company that offers shuttle service and commuter mobility programs in larger cities. The purchase of these two companies will help the Ford Motor Company as they expand as a mobility company as well as the leader in the automotive industry. According to the article, Ford Outlines Growth Plan, “Ford is evolving its business in three ways:

The automotive industry is the 3rd largest worldwide in research and development with Ford and General Motors leading with billions in investments. The increased access to data and information has been significant, and new technologies have also ushered in a new era with electronics which now

Since the 1970’s databases and report generators have been used to aid business decisions. In the 1990’s technology in this area improved. Now technology such as Hadoop has gone another step with the ability to store and process the data within the same system which sparked new buzz about “big data”. Big Data is roughly the collection of large amounts of data – sourced internally or externally - applied as a tool – stored, managed, and analyzed - for an organization to set or meet certain goals.

For example the computer that is needed to read the logistics on the car to know what service is

To research the automobile’s future, I began research with CQ Researcher, a source with articles discussing almost any number of topics. The regular articles always have over 12,000 words and contain a detailed bibliography.

We propose Baxton Technology choose to enter a Joint Venture with Bar Maisse to get access to the European Market. The European Market offers great opportunities for Baxton Technology because the European countries France, Germany, Italy and UK each have more than 20 million vehicles in use, with Germany having the largest domestic fleet of 44 million vehicles followed by Italy, France and the UK. The

Not only the development of Big Data brings big opportunities, but it also brings big

Control software: For the battery pack and the performance safety systems, Tesla vehicles had developed a lot of microprocessors and the sophisticated software. There were different algorithms, which generated a different sensation which drivers expected from an internal combustion engine, without applying pressure on the accelerator.

ig data is a large amount of data, structured as well as unstructured, that records or entails information about business on a daily basis (“Big data: What,” n.d.). This huge amount of data contains information about different aspects but not all this information is important to us, therefore, mining for information through such a large amount of data is a very important step. Most of the time, the magnanimity of such data is so much that it is difficult to process it using conventional database and software programs (Beal, 2016). In this age of modernization, the fame and popularity of the term “Big Data” is constantly increasing. Owing to its renown and eminence, Oxford English Dictionary added it in 2013 and it also appeared in Merriam-Webster’s Collegiate Dictionary (Dutcher, 2014).

By analyzing the AUDI S4 Sedan specifications (AUDI, 2013) and data (Top Gear, 2013) we qualify the weight and importance of customer requirements. With the customer requirements importance level defined we oversight the technical specifications and data from source (Top Gear, 2013), looking for the functions and feature that will attend the customer requirements of the AUDI S4. With the functions and features defined we post those in the technical requirements and define the relationship of the them with the customer requirements, the relation between customer requirements and technical requirements is represented by a “value” which means weight of the determined function or feature (Technical requirement) over the customer requirement. Defining the relationship of customer requirements with the functions and features we will end up with values of functions and features that will influence the system analyzed. Having costumer requirements, function and features of AUDI