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What else can I help you with?
What are the three forms of locality?
Temporal locality: Refers to the idea that if a memory location is accessed, it is likely to be accessed again in the near future. Spatial locality: Indicates that if a memory location is accessed, nearby memory locations are also likely to be accessed in the near future. Data locality: Refers to the principle of keeping frequently accessed data in close physical proximity to reduce latency and improve performance.
Where is the frequently accessed information held?
cache memory
Where can an Orange email account be accessed from?
Orange email accounts can be accessed through any phone which is compatible with email. It cannot, however, be accessed through traditional computers.
Which consists of memory chips that store frequently accessed items?
disk cache
What part of operating system stores utilities or frequently accessed function?
kernal
Why is it important that a PC get an IP address?
It is the IP address that allows computers to be accessed from other computers. In a way, this is like a name for the computer.
How many memory locations can be accessed using 14 address lines?
168
Where can one information on bandwidth monitor freeware?
Information about free bandwidth monitors can be found at Soft Perfect, Easy Freeware, CNET, Download 32, ShaPlus and Brother Soft. Most ISP providers have a monitoring tool that can be accessed from the main account that will show the amount of bandwidth being used.
What exactly is server hosting?
Computers on a network retrieve data from a server. The server is a common data store that may be accessed by client computers distributed throughout a network of computers.
How many storage locations can be accessed using a single 32 bit address?
2^32
Server computers and other systems that need to be accessed reliably by network clients should be configured with an what?
NAP
Where is frequently accessed data stored?
Frequently accessed data is often stored in a cache memory, which is a smaller, faster type of memory that sits between the main memory (RAM) and the processor. Caching helps improve performance by allowing the processor to access frequently used data more quickly than if it had to retrieve it from the main memory every time.
