Computing Collection (page 10)

Computer artwork of a palmtop computer
Palmtop computer. Computer artwork of a palmtop computer. Palmtop computers are small enough to be used as personal organisers but have many of the functions of a standard personal computer (PC)

Mother helping her children to use a home computer
MODEL RELEASED. Children with computer. Mother helping her children to use a personal computer. Computers are increasingly being used by children for games and as a general educational tool

Flexible portable computer, artwork
Flexible portable computer. Computer artwork of a portable computer with a flexible screen

Hard disc from a computer. It consists of a read- write head (centre bottom) on a hard disc (round) that is coated on both sides with a magnetic material

Blank keyboard. Conceptual image showing a computer keyboard with blank keys. This could represent amnesia, language difficulties or " writers block"

Tokyo stock exchange. Montage of images from the Tokyo stock exchange, Japan

Printed circuit on a flexible material, for use in a digital camera. A printed circuit (more usually on a rigid board) consists of lines (light orange)

Optical disc drive on a desktop computer. The disc in the drive is either a CD (compact disc) or DVD (digital versatile disc)

Computer artwork of childs face at a PC screen
Computer addiction. Computer artwork of the face of a child staring at a personal computer (PC) screen. The childs eyes have a whirled appearance indicating over-exposure to the computer

FireWire cable and PC motherboard, composite image. A FireWire cable allows high speed access between a personal computer and a peripheral

Circuit board from a mainframe computer
Rows of microchips arranged on the circuit board from a mainframe computer

Prototype portable computer tourist guide on wrist

Laptop computer port. This socket (blue) is used to connect an external monitor to the laptop

Computer, simulated X-ray
Computer. Simulated X-ray of a vertical processing unit of a computer. The front of the unit (right) contains removable disc drives for data storage

Laptop computing
MODEL RELEASED. Laptop computing. Woman using a laptop computer at home

Artwork of home computer & collage of peripherals
Home computer & peripherals. Artwork showing a collage of computer peripherals around a home computer. The computer (at centre) has a mock roof to signify a home computer

Robotic helicopter with an onboard computer (metal box, lower centre) for its autopilot program. The leads link to servo-mechanisms that the computer uses to fly the helicopter

Humanoid robot, conceptual computer artwork. The robot has an optical disc and a computer screen as its eyes, representing the computer technology of the robot

Communications room. Patch panel and wires in an office communications room. The blue and yellow wires carry voice and computer data to and from a network of telephones and computers

Mobile phone exchange. Technicians working in a mobile telephone network exchange centre

Laboratory research
MODEL RELEASED. Laboratory research. Two researchers talking by a computer in a laboratory

Early GPS equipment. This equipment was among the first to use the Global Positioning System (GPS) that started in 1978. This equipment was built by Prakla-Seismos

Cybernetic hands. Conceptual computer artwork of hands covered in printed electrical circuits. This could represent the use of computer and electrical components in humans

Virtual human. Conceptual computer artwork of the head of a virtual human being. This could represent artificial intelligence, or the use of computers to model the human body

Computer chip. Memory chips (RAM) on a circuit board

Neural chip. Conceptual computer artwork of a neural network (centre) on a microchip. This could represent hardware which mimics such networks, or contains actual nerve cells

Neuronal network. Conceptual computer artwork of a neural network. This could represent the interior of a human brain or a biological computer memory which mimics such networks

DEUCE computer, 1956
DEUCE computer. Operator using the Digital Electronic Universal Computing Engine (DEUCE) computer. This was a commercial version of the Pilot ACE (Automatic Computing Engine) design

Differential analyser, 1954
Differential analyser. This part of the differential analyser equipment is called a double function table. Differential analysers were used to carry out mathematical calculations

Pilot ACE computer, 1952
Pilot ACE computer. Controller operating the Automatic Computing Engine (ACE) pilot model. This was a preliminary version of the full ACE design

Early computers, 1952
Early computers. Clockwise from upper left, these are: the Frieden STW-10, the Marchant Fa-10, the Brinsviga 20, the Monroe Ca-10, and the Facit LX

Electronic simulator, 1954
Electronic simulator. This is the enlarged version of this machine, which was an early form of computing hardware used to carry out simulations

Worm computer virus
Computer worms. Conceptual computer artwork of a globe and computer screens with worm shapes (red) representing computer worm programs

Computer viruses. Conceptual computer artwork of a computer virus, seen as a shape on the screens of several infected computers

Computer artwork of broken computer in wasteland

Abstract computer art depicting computer security
Computer data security. Abstract computer artwork of computers in spherical cages above a computer chip landscape. The computers are displaying ones and zeros (binary data)

Cam wheel, SEM
Cam wheel. Coloured scanning electron micrograph (SEM) of a microscopic cam wheel. This mechanical device is used to transform circular motion into irregular or intermittent motion

Silicon chip

Computer memory chip. This is a 144 pin SDRAM (synchronous dynamic random access memory) chip

Electronics City, India
Electronics City. Entrance to Electronics City, technology park in Bangalore, India. It is home to numerous electronics and information technology companies, including InfoSys, Motorola and Siemens

CT scan, conceptual computer artwork. Computed tomography (CT), also known as computed axial tomography (CAT), is a medical imaging technique where an image of internal organs is built up from a

Technology rage. Conceptual computer artwork of a shouting mouth in the palm of an upheld hand. There is a circuit board in the background

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"From the Pilot ACE to Artificial Intelligence: Unveiling the Evolution of Computing" Step into a time machine and travel back to 1950, where the groundbreaking Pilot ACE computer revolutionized computing as we know it. This marvel of technology laid the foundation for future advancements that would shape our digital world. But let's not forget about ancient wonders like the Antikythera mechanism, an intricate artwork from centuries ago that showcased early computing capabilities, and is a testament to human ingenuity and our innate desire to unravel complex problems. In this journey through time, we encounter Alan Turing, a brilliant British mathematician whose contributions in cryptography during World War II paved the way for modern-day computing. His legacy continues to inspire generations of innovators pushing boundaries in artificial intelligence. Speaking of AI, imagine stepping into a conceptual artwork where machines possess human-like intelligence. The possibilities seem endless as scientists strive towards creating sentient beings capable of learning and adapting on their own. As we delve deeper into this digital realm, conceptual illustrations depict a vibrant landscape filled with interconnected devices forming our ever-expanding digital world. We witness how computers have become an integral part of our daily lives – from home computers empowering individuals to supercomputers at CERN unraveling mysteries of the universe. Peering beneath the surface reveals mesmerizing colored X-ray images showcasing intricate computer motherboards resembling works of art themselves. These microchips intricately connect wires within them, enabling seamless communication between various components. However, not all aspects are rosy; history reminds us that even nuclear missile warning systems relied on computing technologies back in 1965. It serves as a stark reminder that responsible use and ethical considerations must accompany technological progress. Finally, we come across promotional photographs capturing moments when IBM's iconic IBM 1410 took center stage – bringing advanced computational power within reach for businesses worldwide. This captivating journey showcases how far we've come since those early days while reminding us of the limitless potential that lies ahead.