Skip to main content

COMPUTERS IN THE WORKPLACE

 The industry I have chosen to discuss is the military industry. Computers play an essential role in the military. We live in a digital age, and the military adopts certain technologies that can help in any way possible. First, the military is no exception to the world's current state, where people must communicate while respecting social distancing. We currently use Microsoft Teams to conduct our mandatory meetings. Many are teleworking and use multiple apps to stay on top of their tasks. Secondly, the military has been moving towards the unmanned type of warfare vehicles. For example, we have unmanned drones that fly using computers to keep military members away from danger. Some of these drones are even controlled by Xbox controllers (Wired, 2008).

The military will continue to adapt technology to prevents loss of life. It is essential to be computer literate because as technology advances, so does the military's technology. It may take some time to incorporate brand new tech into the military career fields, but it eventually comes, and we must adapt. Technology is all around us, and we use it to make our life's easier. However, computer literacy may be the difference between life and death, so it is essential to understand. I believe that the military will continue to adapt to technology that keeps its personnel alive, like crewless vehicles that can approach a fight without risking people's life. Smart weapons can be released from an increased distance and can guild to a target (we have some already) with great precision. The ability to use specific operating systems and to navigate user interfaces will be a nece

REFERENCES
Hambling, D. (2008, July 19). Game Controllers Driving Drones, Nukes. Retrieved October 23, 2020, from https://www.wired.com/2008/07/wargames

Comments

Popular posts from this blog

JAVA: Object-Oriented Programming Concepts

As a technical professional, it's crucial not only to possess the ability to work with programming languages like Java but also to effectively communicate complex concepts in a way that resonates with both technical and non-technical audiences. Let’s explore Java installation briefly and dive into the core principles of object-oriented programming (OOP) that form the backbone of Java development. Java Installation: Setting the Foundation To begin working with Java, the first step is to ensure that the Java Development Kit (JDK) is properly installed on your machine. The JDK includes everything needed to compile and run Java applications. While I won’t walk through every step here, I recommend referring to official documentation or trusted guides for detailed installation instructions.      To download JDK 23, follow the address below: https://www.oracle.com/java/technologies/downloads/?er=221886     I nstallation instruction can be found here: https://docs.oracle.com/en/java/j

PROGRAMMING IN SCRATCH

My experience building in the Scratch program was difficult at first. I had to watch multiple tutorials to understand basic operations. My goal was to try to utilize different code lines to learn as much as possible while creating a unique program. I had trouble with figuring out what function performed what operation. Specifically, I had difficulty with incorporating sound. I tried timing it right with my characters' dialogue, but the sound did not start when I  wanted it to begin. Eventually, I figured it out by using the wait function. I learned quickly what everything did after playing around with the different functions. I feel with more time and exploring the various functions; I could have made a better product. There is still a lot for me to learn in Scratch. I enjoyed learning about the different types of coding languages within the course text. Python seems to be the easiest for me to understand, and Machine Learning was the hardest to grasp. However, Machine Language w

Operating System Theory and Concept Map

Operating systems (OS) carry out various crucial functions that enable computers to operate efficiently and act as an interface between hardware and software. The major functions of an OS can be categorized into several key areas. Process management is one of the core functions, where the OS is responsible for creating, scheduling, and terminating processes, ensuring that multiple programs can run simultaneously without conflicts. Memory management ensures that each process has enough memory to execute properly while optimizing available physical and virtual memory to prevent crashes or slowdowns. File system management handles the creation, deletion, reading, and writing of files on various storage devices while maintaining security and organization. Device management ensures smooth communication between hardware components like printers, hard drives, and USB devices by using device drivers. Finally, security and access control protect the system's resources, enforcing rules about