Examples of using Each memory in English and their translations into Korean
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Colloquial
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Ecclesiastic
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Ecclesiastic
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Programming
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Computer
Element in each memory cell.
Each memory location holds eight bits of data.
Usually, this is the maximum amount for each memory socket.
Each memory region must have a distinct name.
Both of the study groups navigated each memory palace for five minutes.
Testing each memory cell in the flash storage device.
In this manner, the data stored in each memory cell can be read.
Each memory region must have a distinct name within the MEMORY command.
The new technology holds four bits of data in each memory cell, twice as much as conventional MLC chips.
If each memory location holds one byte, the addressable memory space is 4 GB.
When the threshold voltage is partitioned into two distinct regions, each memory cell will be able to store one bit of data.
On the other hand, each memory… seems to be stored in many separate locales in the brain.
To prevent users from inserting incompatible memory, modules are physically different for each memory technology generation.
Each memory card comes with different numbers on it. these determine the feature of the card.
A managed memory environment, like the ART or Dalvik virtual machine, keeps track of each memory allocation.
Each memory unit 634 offers additional storage on which games, game parameters, and other data may be stored.
Then, the scene went blank, and after a two-minute break, each memory palace reappeared with numbered boxes where the faces had been.
When each memory cell stores a 1-bit data, the 4,256 bits data stored in 4,256 memory cells constitute a unit of page.
By going through and painstakingly coding each memory, we could work out how“episodic” and“semantic” each person's memory was.
Each memory is stored in your brain as a colour picture and within these pictures is contained emotional energy, micro possession and links with other memories, etc.
The NAND memory 10 of each channel is divided intofour banks capable of bank interleave, and plane 0 and plane 1 of each memory chip can simultaneously be accessed.
In this way, each memory cell can be programmed to one of the three programmed state“1”,“2” and“3” or remain un-programmed in the“erased” state.
In other words, the memory controller 616A-616D is responsible for ensuring that each memory access to the corresponding memory 614A-614D occurs in a cache coherent fashion.
Each memory cell could have any integer number of possible digital data values greater than 1, for example, some memory cells could have 10 possible data values.
Although the controller 11 controls the operation of the memory chip 15 to program data, read data,erase and attend to various housekeeping matters, each memory chip also contains some controlling circuitry that executes commands from the controller 11 to perform such functions.
Each memory type(SDRAM, DDR, DDR2, DDR3, DDR4) has a unique notch location for DIMMs and SODIMMs prevent the wrong type of memory from being installed in the system.
Writing at a lower resolution when copying data from a host device to the MCP 100 increases the data transfer rate because less precision is needed when charging each memory cell and, thus, the degree of care and the amount of voltage adjustments needed when writing to the memory cells can be reduced.
No two memories are exactly alike; each memory we have is stored inside a unique combination of brain cells that contain all the environmental and emotional information associated with that memory. .
Accordingly, for example, the area of each memory cell can be small compared to the SRAM requiring six transistors in each memory cell;
Accordingly, the area of each memory cell can be sufficiently small as compared to, for example, an SRAM which requires six transistors in each memory cell;