Marconi Myriad is an advanced radio communication system developed by the global telecommunications company Marconi Communications. It is designed to provide high-performance, reliable communication across various platforms and environments. The system is characterized by its modular architecture, allowing for flexibility and scalability in different applications. The Myriad system typically includes features such as enhanced signal processing, support for multiple communication standards, and interoperability with existing infrastructure. It is often used in various fields, including public safety, military communications, and commercial telecommunications.
"Manchester computers" typically refers to early computing developments associated with the University of Manchester in the UK, particularly significant contributions made during the mid-20th century. One of the most notable machines from this era is the **Manchester Mark I**, which was one of the world's first stored-program computers. Developed in the late 1940s, it was an evolution of the earlier "Baby," or Small Scale Experimental Machine (SSEM), which was the first computer to successfully run a stored program.
The Manchester Mark 1 was one of the earliest stored-program computers, developed at the University of Manchester in the United Kingdom in the late 1940s. It was completed in 1949 and was a significant advancement in computing technology for its time. The Manchester Mark 1 was based on earlier designs and was built using vacuum tube technology.
The Manchester Baby, also known as the "Manchester Small-Scale Experimental Machine" (SSEM), is widely recognized as the world's first stored-program computer. It was developed in the early 1940s at the University of Manchester, England. The machine's primary purpose was to test the concept of storing programs in memory, rather than executing them sequentially from hardwired logic. The Manchester Baby was designed by a team led by Frederic C.
MONIAC, short for Monetary National Income Analogue Computer, is a hydraulic model designed to simulate and analyze the economy. Developed in the late 1940s by British economist William Phillips, it represented various economic variables and processes using water flow and mechanical components. In the MONIAC model, different tanks represented different sectors of the economy (such as households, firms, and the government), and water flows between these tanks modeled the movement of money and resources through the economy.
The Luton Analogue Computing Engine is a technology developed for the purpose of performing computations using analog methods rather than digital ones. Unlike digital computing, which relies on discrete values (typically binary), analog computing utilizes continuous data to solve problems, often in real-time.
The term "List of British computers" generally refers to a compilation of notable computers that were designed and manufactured in the United Kingdom. Britain has a rich history of computing, with several significant contributions to the field. Key examples include: 1. **Colossus** (1943) - The first programmable digital computer, used for codebreaking during World War II. 2. **Manchester Mark I** (1949) - One of the earliest stored-program computers.
The ICT 1900 series, also known as the DCS (Digital Cellular System) 1900, refers to a set of digital mobile telecommunication standards that were developed for use in the 1900 MHz band. This system primarily serves as the foundation for second-generation (2G) mobile networks in North America and is a variant of the Global System for Mobile Communications (GSM) standard used in many other parts of the world.
ICT 1301 typically refers to an introductory course in Information and Communication Technology, though the specific content and focus can vary by institution. Generally, such a course covers fundamental concepts related to computers, software applications, internet technologies, and digital communication.
The Hollerith Electronic Computer, often referred to as the "Hollerith machine," usually refers to a type of early computer system associated with the work of Herman Hollerith. Hollerith was an American inventor who developed a mechanical system for processing data using punched cards, which he introduced in the late 19th century. His technology was pivotal in the development of data processing for the U.S. Census and laid the groundwork for the future of computing.
The Harwell computer, also known as the Harwell Dekatron Computer, was one of the earliest electronic computers in the United Kingdom. It was developed in the 1950s at the Atomic Energy Research Establishment at Harwell, Oxfordshire. The computer was designed primarily for scientific computations and was notable for its use of a unique technology known as dekatrons, which were gas-filled tubes used for counting and switching.
Harwell CADET (Computer Aided Design and Engineering Tools) is a collaborative project focused on the development of simulation tools for computational materials science and engineering. It is based at the Harwell Science and Innovation Campus in the UK and brings together researchers and developers to create software tools that can model complex materials behaviors at the atomic and molecular levels.
The Ferranti Sirius is a type of minicomputer that was developed in the 1970s by the British company Ferranti. It was part of the 32-bit computer generation and was primarily designed for scientific, engineering, and business applications. Notably, the Sirius was known for its use in education and research due to its relatively affordable cost compared to larger mainframe systems.
The Ferranti Perseus is a computer system that was produced by the Ferranti company in the late 1950s and early 1960s. It was notable for being one of the early examples of a transistorized computer, designed to be more reliable and efficient than earlier vacuum tube-based machines. The Perseus was primarily used in scientific and engineering applications, where it provided significant advancements in computing capabilities at the time.
Ferranti Pegasus is a family of computers developed by Ferranti Ltd in the 1960s. It was one of the early commercial computers designed for academic and research institutions. The Pegasus series was known for its use in scientific computing and was notable for its solid-state memory and the ability to handle floating-point arithmetic efficiently. The most recognized model in the series is the Ferranti Pegasus II, which featured improvements in processing power and memory capacity compared to its predecessors.
The Ferranti Orion is a computer that was developed by Ferranti, a British electrical engineering firm, in the 1960s. The Orion was notable for being one of the early commercial computers that offered a range of processing capabilities. It came equipped with a magnetic core memory and could handle both scientific and business applications. The Ferranti Orion was particularly known for its relatively advanced architecture and was used for various tasks, including scientific computation and data processing.
The Ferranti Mercury was an early computer developed in the 1950s by the British company Ferranti. It was notable for being one of the first commercial computers available in the UK, and it was designed primarily for scientific and engineering calculations. The Mercury had a number of significant features for its time: 1. **Transistor-Based Design**: Unlike earlier computers that relied on vacuum tubes, the Ferranti Mercury utilized transistors, which allowed it to be more reliable and consume less power.
The Ferranti Mark 1 is one of the earliest commercially available general-purpose computers. Developed by the British company Ferranti Limited, it was first introduced in 1951. The Ferranti Mark 1 was based on the design of the University of Manchester's Manchester Mark I, which was one of the first stored-program computers.
The Ferranti Argus is a series of early British computers developed in the 1950s. It was notable for its use in real-time applications, particularly in scientific research and defense-related projects. The architecture of the Argus systems was characterized by features such as multiple programming languages and a relatively advanced (for its time) input/output system. The Argus was used in various research institutions and universities, contributing to diverse applications, including simulation and control systems.
The English Electric System 4, often referred to simply as "System 4," is a type of railway signaling system that was developed by English Electric. It is an advanced, electronic-based system used primarily in railways for the purpose of controlling train movements and ensuring safety through the automation of signaling processes.