Примеры использования Processor can на Английском языке и их переводы на Русский язык
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The processor can work on 80 and 160 MHz.
Documents that we receive from a manufacturer of a Alpine alpine system integration audio processor can be divided into several groups.
One processor can handle several Signal tasks.
Checking the temperature of your computer regularly by either touching orholding a thermometer up to the processor can help you discover a heating problem.
Your sound processor can be used with the Cochlear Wireless Accessories.
Handshaking should be implemented by the interface using appropriate commands(like BUSY, READY,and WAIT), and the processor can communicate with an I/O device through the interface.
Although each processor can be emulated well on its own, accurately synchronizing them is difficult.
Taking advantage of native compilation by producing a binary executable representation of the code that a processor can directly understand and execute without the overhead of running bytecode in a virtual machine VM.
Each processor can be configured with 4, 8 or 12 memory modules, depending on the motherboard layout.
Using multi-threading technology, each virtual processor can scan a file at the same time without interrupting the others.
The processor can re-arrange itself and be functional when we have the commutation environment and at least one cell is operable.
Through continuous monitoring of the ingredients, the processor can produce consistent high-quality ExPress meal and in turn, make the nutritionist happy.
The processor can then compare a new copy of the physical document to the integrity map, enabling determination of whether the printout is genuine.
For example, if all tasks are processed by a single core, then the processor can increase performance by redirecting power from an unused core to an active one.
The 64-bit processor can support a wider amount of virtual and physical memory than a 32-bit processor. .
Many top-end smartphones do not accidentally work on the flagship chipset Snapdragon 845- eight-core processor can provide an ideal speed and excellent performance, even in the most"heavy" games.
In this setup, a processor can utilise all cores at the same time, or just a single core for low-intensity tasks.
We describe in brief the existing software development kits wich can be used for implementation of this task; examples of specialized andcommon tasks which implementation for graphics processor can greatly improve the effectiveness of calculations.
In this case, the processor can sometimes still be sold as a lower cost part with a smaller amount of memory and thus lower performance.
When computers such as laptops go into a hibernation mode to save energy by shutting down the processor, the state of the processor is stored on the computer's hard disk,so it can be restored when the computer comes out of hibernation, and the processor can take up operations where it left off.
Each processor can be configured with 6 or 12 modules, depending on the motherboard layout, to achieve the maximum aggregated memory bandwidth.
Their integrated graphics processor can perform additional processing, removing this task from the central processor of the computer.
The processor can connect to a smart card chip( key) and perform encryption/decryption,(de-)coding, filtering, conversion of sample rate and frame size.
Some techniques involve managing what addresses the processor can use for speculative instruction fetch, stopping the dispatch or execution of speculative instructions, or managing what data addresses the processor can calculate.
In an architecture where the processor can predict an incorrect target and it can take a large number of cycles to determine the correct target, this opens up a window for a speculative execution attack.
For real-time applications, a barrel processor can guarantee that a"real-time" thread can execute with precise timing, no matter what happens to the other threads, even if some other thread locks up in an infinite loop or is continuously interrupted by hardware interrupts.
Existing processors can provide access only to 1 terabyte(2 40) of actual storage.
By the way, some processors can work in both orders.
Contemporary processors can provide an access only to 1 Tbyte(2 40) of physical memory.
Processors can send messages to any other processor. .