The transportation industries rely heavily on technology. I have been in the transportation industry for 9 years and have already seen the evolution with some of the types of technology that has been used. We use computers not only in the office but on the semi trucks that haul customer's freight. These programs allow the drivers to clock the time they are driving, have GPS that provides directions, allows them to sign up for additional freight, and upload documentation so that they can get paid for the work they do. When I first started the trucking industry the drivers had what was called a QUALCOMM but they have since be upgrade to tablets in their trucks. Initially with the QUALCOMM the functionality was minimal. Drivers could not upload their paperwork with the QUALCOMM, they could not communicate as freely and they could not search for their next load. Now with the tablets they have so much more functionality available while they are traveling over the road. I can foresee in the next 10 years having a program that evaluates a drivers estimated arrival even more accurately. This continues to be a struggle with the systems in place. The ETA's always seem to be off not matter how much data is utilized. I can foresee that the tablets will start to compile data from other applications in order to determine a more accurate eta. For example compile data from google maps and Waze to determine what the traffic looks like for a specific route.
A pplying algorithmic design and data structure techniques in developing structured programs Although I am no pro to this concept during this course I learned the importance of algorithmic design and data structure while developing structure programs. Of course most people know that computers rely on data and some sort of algorithm to operate. Every person's need when it comes to a computer may defer from one another. With that being said you must take into consideration what exactly your needs are when designing a program or even a computer. Data structures are a technological way of organizing and storing data so that you can perform operations more efficiently. Some commonly used data structures are arrays, linked lists, and stacks. Arrays allow a collection of items to be stored at contigious memory locations. Linked lists are s sequential structure that ...
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