this is the systems harddrive that makes the operating system work
A hardware or software systerm ability to continu futioning effectively as demand and use increse.ex: a network is capable if an organization can easily expand it from a few nodes to hundreds or thousands of nodes. scalability ensures that an organization's systems won't become obsolete as user needs & demands grow.scalability does not depend on whether the system is centralize or distributed. deegee999@yahoo.com
scalability
Distributed
Scalability is the aptitude of a system either hardware or software to maintain its functionality as it is changed in volume or size in order to meet a userÕs business needs. A system that scales appropriately is able to maintain or even improve its dependability and performance once experimented by greater working demand.
You don't know if the system works as expected, or at all for that matter. You have no real world example of scalability (how many transactions per second / minute can be handled by your hardware, and design.
It is important to keep a record of all installations and configurations of hardware. Thus, you can reference certain changes being made to the computer.
you can find at home hardware. loll loll loll loll loll loll
Halsco is a brand of door and security hardware distributed by Hardware Agencies In Toronto, and Serrubec In Montreal. The products are available through most locksmiths and related trades in Canada. The products are very popular as "replacement hardware" because of a selection of keyways, grades and backsets etc. Halsco.com,
Hardware used in video distribution varies heavily on the medium through which the video is distributed. Satellite video distribution requires the use of satellite platforms, as well as receiving dishes capable of processing the satellite signal.
A VDU is hardware.
Scalability refers to the ability to service a theoretical number of users. Web-based applications (called Cloud Computing) are often mentioned as scalable up to tens of thousands, hundreds of thousands, millions, or even more, simultaneous users. That means that at full capacity (usually marked as 80%), the system can handle that many users without failure to any user or without crashing as a whole because of resource exhaustion. The better an application's scalability, the more users it can handle simultaneously.
The original motivation for the development of distributed computing operating systems was for high reliability computing where no downtime (even for maintenance and repair) could be tolerated. These high reliability computing systems were of necessity composed of many redundant pieces of computing hardware modules (e.g. CPUs, memories, I/Os, hard disks) that a technician could unexpectedly remove at any time. These systems thus needed an operating system that would distribute itself and the applications redundantly too over the redundant hardware and recover from the unexpected removal of that hardware without the loss of any work making use of the removed hardware or a system crash. When the technician either replaced the removed module with a new one or expands the system with several new hardware modules the operating system must automatically distribute itself and the applications across the new redundant hardware without human interaction and without any system crashes.