Примери коришћења Modern processors на Енглеском и њихови преводи на Српски
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And this will run on modern processors.
Luckily, modern processors have this ability.
Advanced design of modern processors.
Simple modern processors easily reach near 1.
Advanced design of modern processors.
Modern processors have multiple interacting on-chip caches.
Quantum makes use of technology that modern processors offer.
Modern processors, including embedded systems, usually have a word size of 8, 16, 24, 32 or 64 bits;
This use of parallelism is no surprise when considering modern processors.
Provides full support for modern processors, uses the module to compress traffic and optimize the load on the RAM.
The best implementations of MD5 and SHA-1 perform between 4.5 and6 cycles per byte on modern processors.
First, it shows that branch prediction logic in modern processors can be trained to reliably hit or miss based on the internal workings of a malicious program.
This value is not something unusual even today- exactly the same thermal package for most modern processors.
Modern processors, including embedded systems, usually have a word size of 8, 16, 24, 32 or 64 bits; most current general purpose computers use 32 or 64 bits.
A study by Zukowski et al. has shown that cuckoo hashing is muchfaster than chained hashing for small, cache-resident hash tables on modern processors.
Modern processors, including embedded systems, usually have a word size of 8, 16, 24, 32 or 64 bits, while modern general purpose computers usually use 32 or 64 bits.
The scheduler was modified in Windows Vista to use the cycle counter register of modern processors to keep track of exactly how many CPU cycles a thread has executed, rather than just using an interval-timer interrupt routine.
Modern processors, including those in embedded systems, usually have a word size of 8, 16, 24, 32, or 64 bits; those in modern general-purpose computers in particular usually use 32 or 64 bits.
Meanwhile, cooling systems manufacturers,despite temporarily suspend the growth of heat dissipation of modern processors are not going to rest on our laurels and continue to develop and launch production in its new coolers.
Modern processors commonly contain numerous separate execution units, and a scheduler that decodes instructions and decides, at the time they are executed, the most efficient way to execute them.
The benefits of semantically rich instructions with compact encodings can be seen in modern processors as well, particularly in the high performance segment where caches are a central component(as opposed to most embedded systems).
First disclosed in January 2018, the Meltdown and Spectre attacks have opened the floodgates,leading to extensive research into the speculative execution hardware found in modern processors, and a number of additional attacks have been published in the months since.
Computers initially used a very similar shift andadd algorithm in base 2, but modern processors have optimized circuitry for fast multiplications using more efficient algorithms, at the price of a more complex hardware realization.
The ultimate impact of inline expansion on speed is complicated, due to multiple effects on performance of the memory system(primarily instruction cache),which dominates performance on modern processors: depending on the specific program and cache, inlining particular functions can increase or decrease performance.
Note that even this simple algorithm canbe too slow now, because the original code might run faster from the cache of modern processors, and(large) lookup tables do not fit well in caches and can cause a slower access to memory(in addition, in the above example, it requires computing addresses within a table, to perform the four lookups needed).
The most important component of a PC processor, due to the number of operations and frequency of operation it is very hot, if not cooled properly can fail,there is no modern processors have protection before they stop crash they reach a critical temperature to protect themselves without cooler heat up in seconds.
A modern processor with 64 MB of RAM provides high-speed black-and-white printing- up to 20 pages per minute.
But as you know, one is a warrior, and mining Bitcoins alone almost makes no sense, because the tasks that are generated by an algorithm,reached a level of complexity that even modern processor will not suffice for the last three years, in order to get at least one Bitcoin for several years.
As speed work any modern processor will move very well.