英語 での The central processing の使用例とその 日本語 への翻訳
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Programming
In one particular example, the central processing unit executes emulator code 312 stored in memory 304.
Random access memory(RAM) aides the central processing unit(CPU) by storing instructions linked to common operations.
I/O controllers are aseries of microchips which help in the communication of data between the central processing unit and the motherboard.
As described, the Central Processing System routes messages through remote ground stations based on Flight Tracking Protocol(5).
人々も翻訳します
Peripheral devices and the central processing unit(CPU) cannot communicate because they have differences in signal transfer rates and manner of operation.
Privileged operations--such as starting I/O and halting the central processing unit(CPU)-- are available to only the kernel.
The central processing part, on the other hand, takes care of the logical relations between the various contents and inputs and outputs.
For example, PLC cards contain the power supply, the central processing unit(CPU), or so-called"Signal modules" such as analog or digital input or output modules.
CPU: The central processing unit(CPU) is the brains of your server or computer, executing commands, making decisions, and doing the input/output calculations.
Unlike networking modules, i/o modules act as an interface between the central processing unit(CPU) and memory and also between one or more peripherals.
Features By configuring the central processing equipment(server) and the operator consoles(clients) as decentralized units, supervisory control of each substation can be performed from the operator console, even if the central processing equipment breaks down.
When a PC overheats,it can cause many problems with the inner workings of the computer, as the central processing unit(CPU) getting too hot can cause significant problems in its operation.
At that time, the price was ¥3.6 million for the central processing unit and 4K words of built-in magnetic core main memory, so it was called a $10,000 computer(exchange rate at that time: $1=\360), and was acclaimed for its high cost performance.
After roughly 10 minutes, another Flight Tracking message is sent from the aircraft, through a new set of groundstations in the vicinity of it's new location, and the Central Processing System dumps the old stations and replaces it with new stations better for routing messages to the aircraft.
When the Flight Tracking message is sent, the Central Processing System(CPS) recognizes which stations it has been sent through and picks the three best stations for routing messages to and from the aircraft.
It used"AOS" multiprocessing operating system for basic software.The microprogramming system was used for the central processing unit(CPU), and, combined with the use of LSI and MSI, this made the CPU extremely simple compared to the hard-wired logic system.
CPU, i.e. the central processing unit 14 controls the exchange of internal information with the LCD unit 10 through the memory 13 and is operatively connected to the input port 15 and the output port 16 to control the exchange of information with the exterior.
JK3101 monitor combines display, operation and control,using high speed embedded microcontroller processor and FPGA as the central processing unit, meet the application requirements in harsh working conditions, suitable for engineering machinery, mining machinery and other industries.
In the computer, you have all the data going through the central processing unit, and any piece of data basically has to go through that bottleneck, whereas in the brain, what you have is these neurons, and the data just really flows through a network of connections among the neurons. There's no bottleneck here.
Now that it is understood there were many ground stations which should have been chosen by the CPS before routing messages through MDT,why would the Central Processing System ever choose PIT as the next ground station for routing purposes if the aircraft was being tracked by the ACARS network to NYC?
Based on Flight Tracking protocol, the only reason the Central Processing System would choose to route messages through the ground stations located at MDT, then later PIT, over the numerous ground stations much closer and surrounding NYC, is due to the aircraft being in the vicinity of MDT, and then later, PIT.
As logic ICs,the system used ECL with an average of 2 nanoseconds per gate in the central processing unit of the System 500, and TTL with an average of 5 nanoseconds per gate in the S300, S400 and S500. In the main memory unit, the S500 used 4K RAM, and the S300 and S400 used 1K RAM.
HITAC3030-Computer Museum The HITAC 3030 was computer system designed specifically for real-time information processing andto serve as the central processing unit for the MARS-101 seat reservation system operated by the Japanese National Railways(today JR). The computer's core memory had a capacity of 4,096 words(with a cycling time of 10 microseconds; each word was 40 bits long) and each word had two instructions using a paired-order architecture.