yes
There is no correct answer without qualifying which multiuser systems are being discussed. All modern operating systems have inherited traits and abilities from other older multiuser systems. There are multiple multiuser operating systems currently in use. IBM has their mainframe system (Z/os) as well as IBM i, both multiuser systems are unique from each other and from other systems. IBM also has AIX, a descendant of unix. Current unix systems go back to the original proprietary AT&T unix implementation in the 1970's and 1960's. Unix itself was modeled after a multiuser system called Multics. Linux was modeled after unix but written independently of it. Microsoft Windows NT was designed by Dave Cutler who brought his experience in developing OpenVMS with him. All other Microsoft Window implementations follow from that.
A clean cool environment without dust particles. Should be spacious.
minicomputer are smaller than mainframe general purpose computer, and give computing power without adding the prohibitive expenses associated with larger systems. microcomputers are even smaller than minicomputers. the computer you are using to read this is almost certainly a microcomputer.
Well, isn't that a happy little question! Mainframe computers are mighty powerful, my friend. They can handle thousands, even millions of users at the same time, all working together to create beautiful digital landscapes. Just like a painter with a big canvas, mainframes provide plenty of space for everyone to express themselves.
Computer terminals that have no computing power contend for access to the mainframe computer for computing that is then sent back to the respective computer terminal.
cause its your operating system without it your computer wont operate at all.
While is would bolt into place, it will not work without major modifications. The fuel and computer control systems are completely different.While is would bolt into place, it will not work without major modifications. The fuel and computer control systems are completely different.
Systems software is essential to make your computer operate. Without it, a computer cannot work. Applications are the programs that people use to do things on a computer, like word processors, spreadsheets, databases etc. Applications require a computer to have systems software to work.Systems software is essential to make your computer operate. Without it, a computer cannot work. Applications are the programs that people use to do things on a computer, like word processors, spreadsheets, databases etc. Applications require a computer to have systems software to work.Systems software is essential to make your computer operate. Without it, a computer cannot work. Applications are the programs that people use to do things on a computer, like word processors, spreadsheets, databases etc. Applications require a computer to have systems software to work.Systems software is essential to make your computer operate. Without it, a computer cannot work. Applications are the programs that people use to do things on a computer, like word processors, spreadsheets, databases etc. Applications require a computer to have systems software to work.Systems software is essential to make your computer operate. Without it, a computer cannot work. Applications are the programs that people use to do things on a computer, like word processors, spreadsheets, databases etc. Applications require a computer to have systems software to work.Systems software is essential to make your computer operate. Without it, a computer cannot work. Applications are the programs that people use to do things on a computer, like word processors, spreadsheets, databases etc. Applications require a computer to have systems software to work.Systems software is essential to make your computer operate. Without it, a computer cannot work. Applications are the programs that people use to do things on a computer, like word processors, spreadsheets, databases etc. Applications require a computer to have systems software to work.Systems software is essential to make your computer operate. Without it, a computer cannot work. Applications are the programs that people use to do things on a computer, like word processors, spreadsheets, databases etc. Applications require a computer to have systems software to work.Systems software is essential to make your computer operate. Without it, a computer cannot work. Applications are the programs that people use to do things on a computer, like word processors, spreadsheets, databases etc. Applications require a computer to have systems software to work.Systems software is essential to make your computer operate. Without it, a computer cannot work. Applications are the programs that people use to do things on a computer, like word processors, spreadsheets, databases etc. Applications require a computer to have systems software to work.Systems software is essential to make your computer operate. Without it, a computer cannot work. Applications are the programs that people use to do things on a computer, like word processors, spreadsheets, databases etc. Applications require a computer to have systems software to work.
Guardium for Mainframe is the only database auditing solution that provides 100% visibility into mainframe database activity without impacting business processes.
No, they're not. Mainframe computers are those large and bulky machines used by organizations for a specific function. They were often used as servers. Microcomputers are among the most popular form factors of computer, and modern microcomputers are much more powerful than the gigantic mainframes of the past.
Federal laws on computer hacking include the Computer Fraud and Abuse Act (CFAA) and the Cybersecurity Information Sharing Act (CISA). These laws regulate unauthorized access to computer systems by making it illegal to access a computer without authorization or to exceed authorized access. Penalties for hacking can include fines and imprisonment.
Computer Science is considered as a science because it is the study of computers, their design (see computer-architecture), and their uses for computation, data-processing, and systems control, including design and development of computer hardwareand computer-software, and programming. The field encompasses theory, mathematical activities such as design and analysis of algorithms, performance studies of systems and their components, and estimation of reliability and availability of systems by probabilistic techniques. Because computer systems are often too large and complicated for failure or success of a design to be predicted without testing, experimentation is built into the development cycle.