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Digital Technology & Electronics
Enables us to manipulate all types of information as digits (1s and 0s). Why? Because we can store and manage the information efficiently and effectively, then use it creatively as we need it. In this section: Digital Literacy and Computing Platforms Links: Video: What sets Curosity apart from other Mars Rovers? Concepts> Digital Technology
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Digital Literacy It has become a requirement for most careers. Today DIGITAL LITERACY is closely aligned with financial opportunity and independence. In this section: Computers & Literacy, Bits/Bytes, Digitization, Character Encoding, Value Encoding/Binary Number System and Digital Convergence Links: Video: One Laptop Per Child Concepts> Digital Technology > Digital Literacy
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Computer A digital electronics device.
It combines hardware and software to accept the input of data. It will process and store the data to produce useful output. In todays world, it can be represented by a variety of devices. Computers have transformed the world, bringing some good -and some bad. 5 Primary Functions: Computation Automation Communication Entertainment Managing Information Links: I ROBOT Concepts> Digital Technology > Digital Literacy > Computer
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Computer Literacy Computer literacy refers to a basic, fundamental understanding of computers and their uses. Computer fluency captures the essence of business expectations across a variety of devices. Bullet 2 modified Today’s college graduates are entering the workforce as knowledge workers. They are expected to add value to the information economy. Concepts> Digital Technology > Digital Literacy > Computer Literacy
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Bits and Bytes How BITS represent information is key to understanding the workings of computers and digital devices. KB = Kilobyte Kb = Kilobit Bits are stored on CDs and DVDs by burning pits in the disk surface A bit (short for binary digit) is a digit that can be 1 or 0. A bit is the smallest unit of information a digital electronics device can manipulate. Group eight bits together to have a byte. Concepts> Digital Technology > Digital Literacy > Bits and Bytes
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Digitization Digitization, (digitizing) is the process of transforming information. This can be text, images, or sounds, into digital representation. (Those 1s and 0s) It can then be stored and processed by computers and used many ways. Computers have become a part of so many things we do because we have learned to digitize MANY different types of information. Links: Video: UP by Jawbone Concepts > Digital Technology > Digital Literacy > Digitization
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Character Encoding Several standards have been designed for character encoding. This is the representation of characters on the keyboard with bytes, most having roots in the earliest standard called ASCII (American Standard Code for Information Interchange). Links: Video: Ascii Art Mandelbrot Fractal Zoom Concepts > Digital Technology > Digital Literacy > Character Encoding
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Value Encoding/Binary Number System
Many number systems are used for value encoding - the representation of values with numbers. The binary number system, which uses only two digits, 1 and 0, is commonly used for representing values in computers. Links: Video: Converting Binary to Decimal Concepts > Digital Technology > Digital Literacy > Value Encoding/Binary Number System
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Digital Literacy Terms
Digital Technology Digital Literacy Computer Data Information General-Purpose Computer Computation Automation Entertainment Managing Information Computer Literacy Computer Fluency Binary Digits (Bits) Bytes Kilobytes (KB) Megabytes (MB) Gigabytes (GB) Terabytes (TB) Petabytes (PB) Exabytes (EB) Digitization Analog Character Encoding American Standard Code for Information Interchange (ASCII) Unicode Value Encoding/Binary Number System Hexadecimal Number System Octal Number System Digital Convergence Concepts > Digital Technology > Digital Literacy > See your eBook for more information about these terms
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Computing Platforms A computer’s architecture in terms of hardware and software. Many computing platforms have emerged to support computing in different environments for different purposes. For example, shown in the photo, a US census worker utilizes a custom-designed handheld computer platform for collecting data. In this section: Personal Computer, Mobile Computing, Synchronization, Server, Supercomputer and Special-Purpose Computer Links: Video: DevBytes: Introduction to Android Auto Concepts > Digital Technology > Computing Platforms
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Personal Computer Any general-purpose computer designed to meet the many computing needs of one individual limited in what they can do with their computers only by their software. Today’s PCs, desktops and mobile devices accommodate computing in all environments using a wide range of computing power. Links: Video: 2015 Top 5 All-in-One PC Concepts > Digital Technology > Computing Platforms > Personal Computer
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Mobile Computing & Wearable Devices
The use of battery-powered mobile devices providing access to computing, communication, information, and/or entertainment anywhere, anytime. In this class, we will refer to tablets and smartphones as mobile devices and to smartwatches and glasses as wearable technologies. Mobile Computing Technologies are dependent on: Wireless Networks, Storage, Servers, Syncing and Rechargeable Batteries Links: Video: Apple iWatch Trailer (Official Trailer) (Apple Watch) Concepts > Digital Technology > Computing Platforms > Mobile Computing
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Server A powerful computer that can utilize many processors to provide services to many users simultaneously over a network for custom solutions. The term “server” has replaced other older terms, such as minicomputer, midrange computer, and mainframe computer, used to describe various sizes of servers. Servers are typically designed and purchased for a particular purpose. Concepts > Digital Technology > Computing Platforms > Server
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Supercomputer The most powerful type of computer, often utilizing thousands or even tens of thousands of processors to solve the world’s most difficult problems. Supercomputers assist humanity in extending our intellectual capabilities through massively powerful computation. Supercomputers are also used to simulate the functioning of the brain to create artificial intelligence, just one example of their incredible power. Links: Video: Supercomputers Accelerating Innovation Concepts > Digital Technology > Computing Platforms > Supercomputers
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Special-Purpose Computer
Computers designed to meet a specific need and are more prevalent, yet less noticeable, than general-purpose computers. They are embedded in consumer electronics, appliances, medical equipment, and a host of other devices. Referred to as embedded systems, and sometimes microcontrollers, these special-purpose computers are designed to control the electronics devices in which they reside. Concepts > Digital Technology > Computing Platforms > Special-Purpose Computer
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Technology Ecosystems
A family of devices and software designed by the manufacturer to work best together. Technology ecosystems can have a huge impact on our daily lives with systems that extend far beyond traditional computing into our homes, cars, entertainment, health care, and finances. Links: Concepts > Digital Technology > Computing Platforms > Technology Ecosystems
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Computing Platforms Terms
Personal Computer (PC) Netbook Ultrabooks Tablet Smart Phones Mobile Computing Synchronization Server Mainframe Servers Blade Server Supercomputer Special-Purpose Computer Kiosks Embedded Systems Microcontrollers Concepts > Digital Technology > Computing Platforms > See your eBook for more information about these terms
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