memory power

memory power

[′mem·rē ‚pau̇·ər]
(computer science)
A relative characteristic pertaining to differences in access time speeds in different parts of memory; for instance, access time from the buffer may be a tenth of the access time from core.
References in periodicals archive ?
A recent article, (https://www.health.harvard.edu/blog/want-a-sharp-mind-strong-memory-ramp-up-activities-2019080817480) published by Harvard Health Publishing, elucidates the various changes one can make early in life to keep A memory power intact.
According to experts, extensive studies have shown that learning to play a musical instrument has many benefits including the ability to bring down stress, improve memory power and increase confidence levels.
Smart tellies, laptops with more memory power than a radgie ex recalling your faults, apps to help geeks pull on a night out...
In an apparent reference to Congress president Rahul Gandhi, he said: "The one who is lying, the first condition is that his memory power should be sharp.
As he is taking 'steroid' in a regular basis, his memory power has become very weak and he even doesn't remember what he had said just recently.
I mix my sharp intuition, my memory power, and my ability to read body languages with the magic tricks which I have learnt for years and add a pinch of humor to make every trick more presentable and enjoyable for my spectators.
All the traditional games helps a child to develop the skills like coordination, concentration, logical thinking, improving memory power, mathematical skills and more, they added.
(Put another way, the EMIB layout consumes just half of the typical board space, Intel says.) Second, the module uses about half the memory power of a traditional design.
It also uses half the memory power of a traditional processor - which means that it won't need too much RAM to function.
So far I have written five (including The Best of Soduko, He Swam with Sharks for an Ice-cream and Memory Power) and the next one is in the works.
MES Indian School conducted an interactive session for Class VIII students with the objective of enhancing their mathematical skills and improve their memory power. The session dealt extensively with Vedic mathematics, which enables solving mathematical sums easier and more enjoyable through innovative short-cut methods to solving difficult problems.
However, no other research work/study has addressed the issue overall transceiver power consumption, including buffer memory power consumption, and the start-up overhead of the communication module.