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Convergence and New Technologies. Understanding Computers. Learning Objectives. Review the history and development of communication. Understand how modern communication and computing devices combine multiple technologies
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Convergence and New Technologies Understanding Computers
Learning Objectives • Review the history and development of communication. • Understand how modern communication and computing devices combine multiple technologies • Discuss the different ways and applications in which modern technology is used • Discuss future uses of technology and the pace of change (Moore’s Law)
Timeline of Communication Pre 1800 1838 1896 1960s 1983 2013 1927 2000 1848 Early 1800s 1980s
The Effect of Changing Technologies • Connectivity • Convenience • Creativity & Design • Globalisation & Collaboration • Potential & Innovation • Research & Discovery
Future and Emerging Technologies • RFID? • Robotics? • Medicine? • Space Exploration?
Future and Emerging Technologies • Wireless Charging • Driverless Cars • Domestic Robots • 3D Printers • RFID – Radio Frequency ID
The possibilities of RFID? • Your Mobile Phone might have a RFID Chip inside it • Supermarket products may get RFID chips • Your trolley may be automatically and instantly ‘read’ at an RFID checkout • Your mobile phone will pay for the goods remotely using existing RFID touch technology • Your fridge and cupboards could have RFID chips and will recognise everything in them offering you suitable recipes • Your bin could recognise when you have thrown away a product and automatically re-order another for you
The Information Age • You are growing up in the Information Age • If you think you are suffering from information overload then you might be right – [a study in 2011 showed] everyone is bombarded by the equivalent of 174 newspapers of data a day. • The Daily Telegraph (Online) 11 Feb 2011
What can your tech do now? • How many Gb in your USB memory stick? • How many Gb memory in your mobile phone? • How many Megapixels in a digital camera photo? • How fast is your computer? • What might it be in 2 years? • What might it be in 10 years?
Moore’s Law Moore’s Law says that the number of transistors in integrated circuit boards doubles every two years. The capabilities of many digital electronic devices are strongly linked to Moore's law: processing speed, memory capacity, sensors and even the number and size of pixels in digital cameras. This means that a 32Gb memory chip now could be 1Tb memory chip in only 10 years if it doubles in capacity every two years.
The Pace of Change • The pace of change in the field of technology and every part of society it touches makes it difficult to predict where things will be in even 10 years. • Looking back at our recent past is dizzying in terms of the development that has already happened.