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NEC iExpo 2013 took place in Tokyo, Japan over two days. The expo showcased NEC's latest technologies across 125 booths, including infrared cameras for disaster response, sensors for improving crop yields, robots for assisted living, and 4K laser projectors. Key areas of focus included cloud computing, software defined networking, renewable energy, aerospace, and carbon nanotubes. The event highlighted NEC's vision for using technology to build a more sustainable society and accommodate a growing global population.
The document discusses various new technology and design concepts, including curved and expandable screens for computers, mobile phones, and televisions. It also mentions new designs for furniture, appliances, buildings, and transportation that integrate technology and innovative forms. A wide range of industries are covered, with an emphasis on concepts that combine functionality, portability, and aesthetics.
The document discusses challenges and opportunities for developing mobile applications and provides details on hands-on sessions for mobile application development workshops. It also includes instructions for a dice game to design a mobile application concept based on random selections for phone technology, focus area, and target demographic.
The document discusses several emerging technologies of the future including OLED TVs, DNA computers, flexible phones, folding electric cars, facial recognition systems, and home automation. OLED TVs will be thinner, have better picture quality, and wider viewing angles than LCD TVs. DNA computers use DNA and enzymes instead of silicon and could transform pharmaceutical and biomedical applications. Flexible phones of the future will be transparent and able to sense the environment. Prototypes of folding electric cars aim to reduce parking problems and some models may take off and land like airplanes. Facial recognition systems use 3D sensing and skin texture analysis for security. Home automation allows remote control of lighting, equipment, and safety systems via touch panels and the
The document describes various new technology and design concepts including computers with multiple or curved screens, mobile phones with expandable or transparent screens, touchscreen devices, new designs for televisions, lamps, cameras, and kitchen appliances, as well as futuristic concepts for bathrooms, furniture, clothing, and transportation. It also mentions new building designs in Korea and single-support bridges.
The document describes several new technologies and product designs including curved and flexible screens for phones, computers and TVs; touchscreen devices with expandable, attachable and bendable screens; multi-purpose and concealed home appliances; and innovative architectural and transportation designs like a single support bridge and bicycle for a family.
The document describes various new technologies and designs for buildings, electronics, and home appliances, including computers with expandable and curved screens, touchscreen phones that can attach additional screens, a phone with a compass, Sony's bendable screens, and intelligent furniture. It also mentions innovative building designs in Korea and new product designs like a shower with lights, electronic paper, and a mobile cooking station.
The document describes various new technologies and designs for buildings, electronics, and home appliances, including computers with expandable and curved screens, touchscreen phones that can attach additional screens, a phone with a compass, Sony's bendable screens, and intelligent furniture. It also outlines futuristic kitchen and bathroom designs like concealed toilets, clothes that provide energy or light depending on the time of day, and a shower with lights.
NEC iExpo 2013 took place in Tokyo, Japan over two days. The expo showcased NEC's latest technologies across 125 booths, including infrared cameras for disaster response, sensors for improving crop yields, robots for assisted living, and 4K laser projectors. Key areas of focus included cloud computing, software defined networking, renewable energy, aerospace, and carbon nanotubes. The event highlighted NEC's vision for using technology to build a more sustainable society and accommodate a growing global population.
The document discusses various new technology and design concepts, including curved and expandable screens for computers, mobile phones, and televisions. It also mentions new designs for furniture, appliances, buildings, and transportation that integrate technology and innovative forms. A wide range of industries are covered, with an emphasis on concepts that combine functionality, portability, and aesthetics.
The document discusses challenges and opportunities for developing mobile applications and provides details on hands-on sessions for mobile application development workshops. It also includes instructions for a dice game to design a mobile application concept based on random selections for phone technology, focus area, and target demographic.
The document discusses several emerging technologies of the future including OLED TVs, DNA computers, flexible phones, folding electric cars, facial recognition systems, and home automation. OLED TVs will be thinner, have better picture quality, and wider viewing angles than LCD TVs. DNA computers use DNA and enzymes instead of silicon and could transform pharmaceutical and biomedical applications. Flexible phones of the future will be transparent and able to sense the environment. Prototypes of folding electric cars aim to reduce parking problems and some models may take off and land like airplanes. Facial recognition systems use 3D sensing and skin texture analysis for security. Home automation allows remote control of lighting, equipment, and safety systems via touch panels and the
The document describes various new technology and design concepts including computers with multiple or curved screens, mobile phones with expandable or transparent screens, touchscreen devices, new designs for televisions, lamps, cameras, and kitchen appliances, as well as futuristic concepts for bathrooms, furniture, clothing, and transportation. It also mentions new building designs in Korea and single-support bridges.
The document describes several new technologies and product designs including curved and flexible screens for phones, computers and TVs; touchscreen devices with expandable, attachable and bendable screens; multi-purpose and concealed home appliances; and innovative architectural and transportation designs like a single support bridge and bicycle for a family.
The document describes various new technologies and designs for buildings, electronics, and home appliances, including computers with expandable and curved screens, touchscreen phones that can attach additional screens, a phone with a compass, Sony's bendable screens, and intelligent furniture. It also mentions innovative building designs in Korea and new product designs like a shower with lights, electronic paper, and a mobile cooking station.
The document describes various new technologies and designs for buildings, electronics, and home appliances, including computers with expandable and curved screens, touchscreen phones that can attach additional screens, a phone with a compass, Sony's bendable screens, and intelligent furniture. It also outlines futuristic kitchen and bathroom designs like concealed toilets, clothes that provide energy or light depending on the time of day, and a shower with lights.
The document describes various new technologies and designs for buildings, electronics, and home appliances, including computers with expandable and curved screens, touchscreen phones that can attach additional screens, a phone with a compass, Sony's bendable screens, and intelligent furniture. It also mentions innovative building designs in Korea and new designs for kitchens, bathrooms, lighting, cameras, and other consumer products.
The document describes various new technology and design concepts including computers with expandable and curved screens, touchscreen phones that can attach additional screens, a phone with a 1.3MB memory pin to record writing, clothes that save energy and emit light, and new designs for kitchens, bathrooms, furniture, cameras, and other electronics. It also mentions new building designs in Korea and infrastructure projects like a bridge in Malaysia.
The document describes various new technology and design concepts including computers with multiple or curved screens, touchscreen phones that can expand or attach additional screens, phones with compasses or that are transparent and lighter in shape, a Nokia phone from the past with a small memory, a mobile cooking station, furniture and fixtures that are intelligent or have lighting effects, and televisions, tables, bridges, and other structures that can fold or are constructed in unconventional ways. It also mentions new designs for cameras, mp3 players, bathrooms, kitchens, bicycles, and more.
The document describes various new technology and design concepts including computers with multiple or curved screens, touchscreen phones that can expand or attach additional screens, phones with compasses or that are transparent and lighter in shape, a TV that is also a DVD player, bendable or side-mounted computer screens, furniture and fixtures that are intelligent or have lights integrated in new ways, and concepts for portable cooking stations, foldable offices, and televisions with foldable screens.
The document describes various new technology and design concepts including computers with multiple or curved screens, touchscreen phones that can expand or attach additional screens, phones with compasses or that are transparent and lighter in shape, a TV that is also a DVD player, bendable and side lamp screens, furniture and a bridge that are intelligent, electronic paper for easy correction, lighting doors, a bicycle for a whole family, a dining pool table, a foldable office, a mobile cooking station, a new touchscreen safe, and foldable TV screens.
The document describes various new technology and design concepts including computers with multiple or curved screens, touchscreen phones that can expand or attach additional screens, phones with compasses or that are transparent and lighter in shape, a TV that is also a DVD player, bendable and side lamp screens, furniture and a bridge that are intelligent, electronic paper for easy correction, lighting doors, a bicycle for a whole family, a dining pool table, a foldable office, a mobile cooking station, a new touchscreen safe, and foldable TV screens.
The document describes various new technology and design concepts including computers with multiple or curved screens, touchscreen phones that can expand or attach additional screens, phones with compasses or that are transparent and lighter in shape, a TV that is also a DVD player, bendable and side lamp screens, furniture and a bridge that are intelligent, electronic paper for easy document correction, lighting doors, and a bicycle and dining table for families, among other concepts for offices, cameras, kitchen appliances, fish tanks and more.
The document describes various new technology and design concepts including computers with multiple or curved screens, touchscreen phones that can expand or attach additional screens, phones with compasses or that are transparent and lighter in shape, a TV that is also a DVD player, bendable or side-mounted computer screens, furniture and fixtures that are intelligent or have lights integrated in new ways, and concepts for portable cooking stations, foldable offices, and televisions with foldable screens.
The document describes various new technology and design concepts including computers with multiple or curved screens, touchscreen phones that can expand or attach additional screens, phones with compasses or that are transparent and lighter in shape, a TV that is also a DVD player, bendable or side-mounted computer screens, furniture and fixtures that are intelligent or have lights integrated in new ways, and concepts for portable cooking stations, foldable offices, and televisions with foldable screens.
The document describes various new technology and design concepts including computers with multiple or curved screens, touchscreen phones that can expand or attach additional screens, phones with compasses or that are transparent and lighter in shape, a TV that is also a DVD player, bendable or side-mounted computer screens, furniture and fixtures that are intelligent or have lights integrated in new ways, and concepts for portable cooking stations, foldable offices, and televisions with foldable screens.
The document describes various new technology and design concepts including computers with multiple or curved screens, touchscreen phones that can expand or attach additional screens, phones with compasses or that are transparent and lighter in shape, a Nokia phone from the past with a small memory, a mobile cooking station, furniture and fixtures that are intelligent or have lighting effects, and televisions, tables, bridges, and other structures that can fold or are constructed in unconventional ways. It also mentions new designs for cameras, mp3 players, bathrooms, kitchens, bicycles, and more.
The document describes various new technology and design concepts including computers with multiple or curved screens, touchscreen phones that can expand or attach additional screens, phones with compasses or that are transparent and lighter in shape, a Nokia phone from the past with a small memory, a mobile cooking station, furniture and fixtures that are intelligent or have lighting effects, and televisions, tables, bridges, and other structures that can fold or are constructed in unconventional ways. It also mentions new designs for cameras, mp3 players, bathrooms, kitchens, bicycles and more.
The document describes various new technology and design concepts including computers with multiple or curved screens, touchscreen phones that can expand or attach additional screens, phones with compasses or that are transparent and lighter in shape, a Nokia phone from the past with a small memory, a mobile cooking station, furniture and fixtures that are intelligent or have lighting effects, and televisions, tables, bridges, and other structures that can fold or are constructed in unconventional ways. It also mentions new designs for cameras, mp3 players, bathrooms, kitchens, bicycles and more.
The document describes various new technology and design concepts including computers with multiple or curved screens, touchscreen phones that can expand or attach additional screens, mobile devices that can function as both phones and computers, televisions and cameras with flexible or bendable screens, furniture and appliances that are intelligent or have additional interactive features, and transportation methods designed for multiple users. It also outlines concepts for interior architectural elements, bathrooms, and kitchen appliances with innovative designs.
The document describes various new technology and design concepts including computers with multiple or curved screens, touchscreen phones that can expand or attach additional screens, phones with compasses or that are transparent and lighter in shape, a TV that is also a DVD player, bendable and side lamp screens, furniture and a bridge that are intelligent, electronic paper for easy document correction, lighting doors, and a bicycle and dining table for families, among other concepts for offices, cameras, kitchen appliances, fish tanks and more.
Classroom of the Future - Technology and BeyondMaritza Heuvel
Delivered at Innovate Schools 2014, 9 October 2014.
***
The use of educational technology inside and outside the classroom is changing the way we teach. New models like the"flipped classroom” have emerged as more effective ways to transfer knowledge and engage learners meaningfully.
However, technology is just one aspect of the learning environment in classrooms. In this talk, I touch on the design of physical classroom space, and question the very need for constructs like grade divisions and classroom walls.
I touch on examples such as the School of One in New York, visuals of fresh classroom designs and South African experiments, like Judi Francisco's JustBlendit! experiment at Micklefield Primary.
A conversation about interesting future technology, by Glen Hiemstra, futurist speaker and Founder, Futurist.com. Presented to a Technology Executive Roundtable conducted by Woods Creek Consulting, in Bellevue, Washington, March 2009. The program was video-intensive and several slides are only transitions into videos, not viewable here. For more info contact www.futurist.com
Chipolo is a small Bluetooth tracker that can be attached to items to help locate them using a smartphone app. It has a range of 60m and notifies the user if an item goes in or out of range. Chipolo can also be used to locate a misplaced smartphone by shaking the Chipolo. It is portable, comes in various colors, and has advantages like helping find lost items, but disadvantages include its limited range and potential battery life.
The document describes a variety of new technology and design concepts including curved and bendable screens for computers, phones, and televisions. It also mentions new designs for kitchen appliances, furniture, lighting, and other home items that aim to be more functional, energy efficient, or aesthetically pleasing. The concepts come from a variety of companies and cover areas like computing, communication, home goods, architecture, and transportation.
Wheelchair Ramps I Foldable Ramp CatalogueMelis BÜYÜKSAN
Portable wheelchair ramps that are easy to use, foldable, lightweight, and have a minimum storage area. The ramps fold down to only 15cm, smaller than a suitcase, and have wheels so they are mobile and can be folded down and moved in 5 seconds. They come in various widths from 80-100cm and lengths from 100-300cm or longer by adding modules. The ramps have a non-slip surface and safety borders for wheelchair users.
The document describes DeepBlue Foldable Luxury Mobile house proposal. It discusses how the homes work, with different designs for clients. The key points are that the homes can be assembled by 4 laborers in 2 days, require no skilled workers, max out at 55 square meters, and provide 5-star hotel quality. It then details the material contents and specifications for the main structure, insulation, flooring, ceiling, roofing, walls, windows, doors, electrical, plumbing, and various fittings for kitchens and bathrooms.
The document describes various new technologies and designs for buildings, electronics, and home appliances, including computers with expandable and curved screens, touchscreen phones that can attach additional screens, a phone with a compass, Sony's bendable screens, and intelligent furniture. It also mentions innovative building designs in Korea and new designs for kitchens, bathrooms, lighting, cameras, and other consumer products.
The document describes various new technology and design concepts including computers with expandable and curved screens, touchscreen phones that can attach additional screens, a phone with a 1.3MB memory pin to record writing, clothes that save energy and emit light, and new designs for kitchens, bathrooms, furniture, cameras, and other electronics. It also mentions new building designs in Korea and infrastructure projects like a bridge in Malaysia.
The document describes various new technology and design concepts including computers with multiple or curved screens, touchscreen phones that can expand or attach additional screens, phones with compasses or that are transparent and lighter in shape, a Nokia phone from the past with a small memory, a mobile cooking station, furniture and fixtures that are intelligent or have lighting effects, and televisions, tables, bridges, and other structures that can fold or are constructed in unconventional ways. It also mentions new designs for cameras, mp3 players, bathrooms, kitchens, bicycles, and more.
The document describes various new technology and design concepts including computers with multiple or curved screens, touchscreen phones that can expand or attach additional screens, phones with compasses or that are transparent and lighter in shape, a TV that is also a DVD player, bendable or side-mounted computer screens, furniture and fixtures that are intelligent or have lights integrated in new ways, and concepts for portable cooking stations, foldable offices, and televisions with foldable screens.
The document describes various new technology and design concepts including computers with multiple or curved screens, touchscreen phones that can expand or attach additional screens, phones with compasses or that are transparent and lighter in shape, a TV that is also a DVD player, bendable and side lamp screens, furniture and a bridge that are intelligent, electronic paper for easy correction, lighting doors, a bicycle for a whole family, a dining pool table, a foldable office, a mobile cooking station, a new touchscreen safe, and foldable TV screens.
The document describes various new technology and design concepts including computers with multiple or curved screens, touchscreen phones that can expand or attach additional screens, phones with compasses or that are transparent and lighter in shape, a TV that is also a DVD player, bendable and side lamp screens, furniture and a bridge that are intelligent, electronic paper for easy correction, lighting doors, a bicycle for a whole family, a dining pool table, a foldable office, a mobile cooking station, a new touchscreen safe, and foldable TV screens.
The document describes various new technology and design concepts including computers with multiple or curved screens, touchscreen phones that can expand or attach additional screens, phones with compasses or that are transparent and lighter in shape, a TV that is also a DVD player, bendable and side lamp screens, furniture and a bridge that are intelligent, electronic paper for easy document correction, lighting doors, and a bicycle and dining table for families, among other concepts for offices, cameras, kitchen appliances, fish tanks and more.
The document describes various new technology and design concepts including computers with multiple or curved screens, touchscreen phones that can expand or attach additional screens, phones with compasses or that are transparent and lighter in shape, a TV that is also a DVD player, bendable or side-mounted computer screens, furniture and fixtures that are intelligent or have lights integrated in new ways, and concepts for portable cooking stations, foldable offices, and televisions with foldable screens.
The document describes various new technology and design concepts including computers with multiple or curved screens, touchscreen phones that can expand or attach additional screens, phones with compasses or that are transparent and lighter in shape, a TV that is also a DVD player, bendable or side-mounted computer screens, furniture and fixtures that are intelligent or have lights integrated in new ways, and concepts for portable cooking stations, foldable offices, and televisions with foldable screens.
The document describes various new technology and design concepts including computers with multiple or curved screens, touchscreen phones that can expand or attach additional screens, phones with compasses or that are transparent and lighter in shape, a TV that is also a DVD player, bendable or side-mounted computer screens, furniture and fixtures that are intelligent or have lights integrated in new ways, and concepts for portable cooking stations, foldable offices, and televisions with foldable screens.
The document describes various new technology and design concepts including computers with multiple or curved screens, touchscreen phones that can expand or attach additional screens, phones with compasses or that are transparent and lighter in shape, a Nokia phone from the past with a small memory, a mobile cooking station, furniture and fixtures that are intelligent or have lighting effects, and televisions, tables, bridges, and other structures that can fold or are constructed in unconventional ways. It also mentions new designs for cameras, mp3 players, bathrooms, kitchens, bicycles, and more.
The document describes various new technology and design concepts including computers with multiple or curved screens, touchscreen phones that can expand or attach additional screens, phones with compasses or that are transparent and lighter in shape, a Nokia phone from the past with a small memory, a mobile cooking station, furniture and fixtures that are intelligent or have lighting effects, and televisions, tables, bridges, and other structures that can fold or are constructed in unconventional ways. It also mentions new designs for cameras, mp3 players, bathrooms, kitchens, bicycles and more.
The document describes various new technology and design concepts including computers with multiple or curved screens, touchscreen phones that can expand or attach additional screens, phones with compasses or that are transparent and lighter in shape, a Nokia phone from the past with a small memory, a mobile cooking station, furniture and fixtures that are intelligent or have lighting effects, and televisions, tables, bridges, and other structures that can fold or are constructed in unconventional ways. It also mentions new designs for cameras, mp3 players, bathrooms, kitchens, bicycles and more.
The document describes various new technology and design concepts including computers with multiple or curved screens, touchscreen phones that can expand or attach additional screens, mobile devices that can function as both phones and computers, televisions and cameras with flexible or bendable screens, furniture and appliances that are intelligent or have additional interactive features, and transportation methods designed for multiple users. It also outlines concepts for interior architectural elements, bathrooms, and kitchen appliances with innovative designs.
The document describes various new technology and design concepts including computers with multiple or curved screens, touchscreen phones that can expand or attach additional screens, phones with compasses or that are transparent and lighter in shape, a TV that is also a DVD player, bendable and side lamp screens, furniture and a bridge that are intelligent, electronic paper for easy document correction, lighting doors, and a bicycle and dining table for families, among other concepts for offices, cameras, kitchen appliances, fish tanks and more.
Classroom of the Future - Technology and BeyondMaritza Heuvel
Delivered at Innovate Schools 2014, 9 October 2014.
***
The use of educational technology inside and outside the classroom is changing the way we teach. New models like the"flipped classroom” have emerged as more effective ways to transfer knowledge and engage learners meaningfully.
However, technology is just one aspect of the learning environment in classrooms. In this talk, I touch on the design of physical classroom space, and question the very need for constructs like grade divisions and classroom walls.
I touch on examples such as the School of One in New York, visuals of fresh classroom designs and South African experiments, like Judi Francisco's JustBlendit! experiment at Micklefield Primary.
A conversation about interesting future technology, by Glen Hiemstra, futurist speaker and Founder, Futurist.com. Presented to a Technology Executive Roundtable conducted by Woods Creek Consulting, in Bellevue, Washington, March 2009. The program was video-intensive and several slides are only transitions into videos, not viewable here. For more info contact www.futurist.com
Chipolo is a small Bluetooth tracker that can be attached to items to help locate them using a smartphone app. It has a range of 60m and notifies the user if an item goes in or out of range. Chipolo can also be used to locate a misplaced smartphone by shaking the Chipolo. It is portable, comes in various colors, and has advantages like helping find lost items, but disadvantages include its limited range and potential battery life.
The document describes a variety of new technology and design concepts including curved and bendable screens for computers, phones, and televisions. It also mentions new designs for kitchen appliances, furniture, lighting, and other home items that aim to be more functional, energy efficient, or aesthetically pleasing. The concepts come from a variety of companies and cover areas like computing, communication, home goods, architecture, and transportation.
Wheelchair Ramps I Foldable Ramp CatalogueMelis BÜYÜKSAN
Portable wheelchair ramps that are easy to use, foldable, lightweight, and have a minimum storage area. The ramps fold down to only 15cm, smaller than a suitcase, and have wheels so they are mobile and can be folded down and moved in 5 seconds. They come in various widths from 80-100cm and lengths from 100-300cm or longer by adding modules. The ramps have a non-slip surface and safety borders for wheelchair users.
The document describes DeepBlue Foldable Luxury Mobile house proposal. It discusses how the homes work, with different designs for clients. The key points are that the homes can be assembled by 4 laborers in 2 days, require no skilled workers, max out at 55 square meters, and provide 5-star hotel quality. It then details the material contents and specifications for the main structure, insulation, flooring, ceiling, roofing, walls, windows, doors, electrical, plumbing, and various fittings for kitchens and bathrooms.
Samsung is developing a foldable smartphone called the Samsung foldable valley smartphone. This phone folds like a book, allowing for a large screen that can fit in a pocket when folded. It is expected to be released in early 2016 in several major markets including China, South Korea, Germany, and the UK. The phone will use a bendable plastic screen and may come in versions with different processors and RAM.
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The future of technology in peacebuilding: Presentation at MIT Media LabSanjana Hattotuwa
In early April this year, I was invited to deliver a keynote address at the inaugural Build Peace conference, held at MIT Media Lab. My presentation was given, almost to the day, twenty years after the Rwandan genocide. Just before I went on stage, we all observed a minute's silence to remember the victims.
The genocide wasn't on my mind when I made the slides for the presentation, but brought into sharp focus the thrust of my submission, which was to look ten to fifteen years into the future, and how information and communications technologies (ICTs) would feature in both the genesis and inflammation of complex political emergencies (CPEs) - in other words, violent conflict - as well as aid in peacebuilding and conflict transformation.
Seminar courses are designed to support students during their first and second field practicum experiences with infants/toddlers and preschoolers respectively. The weekly 1-hour seminar classes are held in the second and third semesters and use an interactive method to help students build the necessary skills to succeed in their field practicum placements.
- Technology trends like cloud computing, mobile devices, and the internet are changing how businesses operate and how accountants work.
- Accounting software is becoming more connected through APIs and artificial intelligence may replace some traditional accounting practices.
- The future of accountants involves advisory services using collaboration tools and technology instead of manual data entry, helping businesses navigate changes in tax laws and global economic shifts.
The rate at which technology is evolving has made a huge impact on communication technology. The game changing began with mobile phones, then internet and now social media is taking the world over. This change will be leading and changing the nature of how we communicate with people.
With technology the world is becoming a small place and each new technology is taking half the time from its predecessor to reach 1 billion customers. Taking this clue wearable technology is expected to take less than 4 years to reach 1 billion customers.
This presentation highlights new and changing modes of technology and how they will be impacting our daily life. Rise of BIG DATA analytic will chart newer ways for predication analysis.
This presentation discusses what technology is, in a very genral sense what are the key information technologies for the future, what is technology management and guidelines for thriving.
Technology and the Future of Fitness | Fitlife Club Network 2011 Bryan K. O'Rourke
Presented at the 2011 summer conference in Bend, Oregon for the FitLife Club Network, this presentation provides a view to the future of the health club and fitness industries.
Presentation on topic The Future of Technology in Daily Life, Slovak University of Technology in Bratislava, Faculty of Electrical Engineering and Information Technology, 2011
Data encoding converts data into a signal form for transmission. There are different encoding methods for digital-to-digital, digital-to-analog, analog-to-analog, and analog-to-digital conversion. Common digital encoding techniques include unipolar, bipolar, and polar encoding, which represent binary data using single or multiple voltage levels. Non-return-to-zero and return-to-zero are examples that represent bits through the signal remaining at a level or returning to zero between bits. Manchester encoding and differential Manchester encoding are biphase techniques that provide clocking through signal transitions.
3D integrated circuits stack active electronic components in multiple layers within a single circuit to reduce wasted space and improve interconnectivity between components. This allows both homogenous and heterogeneous chips to be accommodated. The substrate is divided into tiers with similar components stacked together to ease interconnections. Fabrication methods include beam recrystallization, processed wafer bonding, and solid phase crystallization. Routing in 3D considers multiple layers and placement of inter-wafer vias to reduce delays. MAGIC layout editing software provides bonding commands to treat layered designs as single entities. 3D ICs provide significant improvements over conventional 2D designs.
The document provides an acknowledgement and abstract for a project on designing and constructing a microcontroller-based moving message display. It thanks various individuals for their support and contributions. The abstract describes the project's focus on using a dot matrix technology with light emitting diodes (LEDs) arranged in rows and columns to display scrolling information under a hardwired system interfaced with a programmed microcontroller.
The document discusses the five generations of computers from the 1940s to present. The first generation used vacuum tubes and magnetic drums. The second generation used transistors. The third generation used integrated circuits, allowing for miniaturization. The fourth generation used microprocessors. The fifth generation focuses on artificial intelligence using techniques such as parallel processing, robotics, and nanotechnology.
Flexible displays are essentially very thin display screens that can be printed onto flexible or stretchable material and then attached to other surfaces or produced in a variety of shapes
This document discusses the history and generations of computers. It begins by defining what a computer is and then outlines the six generations of computers as follows:
The first generation (1940-1956) used vacuum tubes and magnetic drums. They were large, expensive to operate, and prone to overheating. The UNIVAC and ENIAC were examples. The second generation (1956-1963) used transistors instead of vacuum tubes and allowed for symbolic programming languages. The third generation (1964-1971) used integrated circuits and allowed users to interact through keyboards/monitors. The fourth generation (1971-onward) placed all components on a single microchip, leading to the development of GUIs, mice and handheld devices. The
The document discusses the five generations of computers from the 1940s to present. Each generation is defined by major technological developments that made computers smaller, cheaper, more powerful, and efficient. First generation computers used vacuum tubes and were room-sized. The second generation saw the introduction of transistors, making computers smaller and more reliable. Integrated circuits defined the third generation, and the fourth generation was marked by microprocessors enabling portable personal computers. The fifth generation, still in development, focuses on artificial intelligence.
This document discusses flexible electronic displays. It begins with an introduction to electronic paper and flexible displays. Flexible displays use organic light emitting diodes on flexible plastic substrates. In the future, graphene may enable truly flexible and durable components. Electronic paper works using microcapsules containing black and white particles that are rearranged using electricity to display text and images. Flexible displays could enable paper-like smartphones and gadgets that can be bent and folded. Potential applications include e-books, price tags, magazines, and mobile devices. Flexible displays may revolutionize digital products and become widely commercially available.
The document contains a multiple choice quiz with questions about various topics in computer science. There are 47 multiple choice questions testing knowledge about topics like binary, memory, operating systems, programming languages, networks, and security. The questions are short, with single sentences providing the prompts and possible multiple choice answers.
The document discusses the five generations of computers from 1946 to the present. It describes the technologies used in each generation including vacuum tubes, transistors, integrated circuits, microprocessors and artificial intelligence. Key innovations and advantages of each generation are highlighted.
Computer has become a part of our life. Today along with calculations, their work area is very wide-supermarket scanners scan and calculate our grocery bill and also keep store inventory, automatic teller machines(ATM) helps us in banking transaction how the technology has developed and what its future course is To understand this first we should know about the different generations of computers.
The First electronic computer was designed and built at the university of pennsylvania based on vaccum tube technology. Vaccum tubes were used to perform logic operations and to store data. Generations of computers has been divided into five according to the development of technologies used to fabricate the processors, memories and I/O units.
The History of computer development is often referred to in reference to the different generations of computing devices. Each generation of computer is characterized by a major technological development that fundamentally changed the way computers operates, resulting in increasingly smaller, cheaper, more powerful and more efficient and reliable devices.
The Rolltop laptop concept designed by Evgeny Orkin combines a laptop, monitor, and graphics tablet into a single device with a flexible OLED display. The display can unroll from a compact rolled-up size into a 13-inch laptop screen or a 17-inch monitor. It aims to provide an all-in-one portable device without the need for additional accessories by integrating components like speakers, ports, and a power supply into the core of the device. Orkin believes flexible OLED technology makes this concept feasible and hopes it will appeal to students, travelers, and home users if produced by a major manufacturer.
The document discusses the five generations of computers from 1946 to present. Each generation is distinguished by the type of switching circuits used and improvements in size, speed, reliability and capabilities. The first generation used vacuum tubes, the second used transistors, the third used integrated circuits, the fourth used microprocessors, and the fifth aims to develop true artificial intelligence using parallel processing. Each generation saw improvements in performance, cost, and applicability of computers.
The document discusses the five generations of computers from 1946 to present. Each generation is distinguished by the type of switching circuits used and improvements in size, speed, reliability and capabilities. The first generation used vacuum tubes, the second used transistors, the third used integrated circuits, the fourth used microprocessors, and the fifth aims to develop true artificial intelligence using parallel processing. Each generation saw improvements in performance, cost, and applicability of computers.
The document discusses the Intel Compute Stick, which is a small portable computing device that plugs into an HDMI port on a display. It contains a quad-core Intel Atom processor, 2GB of RAM, internal storage of 32GB, microSD card slot, WiFi, Bluetooth, USB port, and runs Windows 8.1 or Linux. The Compute Stick turns any display with HDMI into a fully-functional portable computer and provides the power of a PC in a small form factor.
This document describes the design and construction of an electronic display of the Federal University of Technology Akure (FUTA) emblem using LEDs and a microcontroller. Key steps included:
1) Choosing dimensions for the FUTA emblem logo and constructing a frame out of wood and rubber.
2) Designing a transistor switching circuit to control the LEDs and interfacing it with an ATmega16 microcontroller.
3) Creating a power supply and writing firmware in C to control lighting patterns.
4) Troubleshooting issues during construction and achieving a 92% functioning electronic display of the FUTA emblem logo.
The document provides an acknowledgement and abstract for a project on designing a microcontroller-based moving message display. It thanks various individuals for their support and contributions. The abstract indicates that the project focuses on designing and constructing a moving message display system using a dot matrix arrangement of LEDs controlled by a microcontroller. It provides details on the dot matrix technology and scanning method used to display information.
This document discusses the history and evolution of computers from the first generation using vacuum tubes to modern computers using microprocessors. It covers the major technological developments including transistors replacing vacuum tubes in the second generation, integrated circuits and silicon chips in the third generation, and microprocessors integrating thousands of circuits onto a single chip in the fourth generation. These changes made computers smaller, faster, cheaper, more energy efficient and reliable over time. The document also provides some examples of early computers from each generation like ENIAC, UNIVAC and discusses improvements in processing power, memory and programming languages that came with each new generation of computing technology.
This document provides an overview of computer systems architecture and the history of computers. It discusses:
1) The components that make up a computer system including hardware, software, data, and communication elements.
2) The five generations of computers from the first generation using vacuum tubes to the current fifth generation focusing on artificial intelligence and cloud computing.
3) Examples of microprocessors used in different computer systems from the Intel 4004 to current multi-core processors.
The document discusses the five generations of computers from the 1940s to present. The first generation used vacuum tubes, took up entire rooms, and could only solve one problem at a time. The second generation used transistors which made computers smaller, faster, and more reliable. The third generation used integrated circuits which further increased speed and efficiency. The fourth generation used microprocessors on a single chip making computers small enough to fit in hands and leading to personal computers. Current and future generations are focused on artificial intelligence.
The document describes various new technology and design concepts including computers with multiple or curved screens, touchscreen phones that can expand or attach additional screens, phones with compasses or that are transparent and lighter in shape, a Nokia phone from the past with a small memory, a mobile cooking station, furniture and fixtures that are intelligent or have lighting effects, and televisions, tables, bridges, and other structures that can fold or are constructed in unconventional ways. It also mentions new designs for cameras, mp3 players, bathrooms, kitchens, bicycles, and more.
The document describes various new technology and design concepts including computers with multiple or curved screens, touchscreen phones that can expand or attach additional screens, phones with compasses or that are transparent and lighter in shape, a TV that is also a DVD player, bendable or side-mounted computer screens, furniture and fixtures that are intelligent or have lights integrated in new ways, and concepts for portable cooking stations, foldable offices, and televisions with foldable screens.
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