Bus cycle - clock cycles taken to complete one bus transaction.
Instruction cycle - clock cycles taken to complete execution of one instruction
A shuttle bus is a type of bus that runs back and forth along a specific route, such as between an airport and a hotel or between different areas within a campus or a large facility.
Your friend appears to be at rest because they are in the same reference frame as the bus. Since they are moving at the same speed and direction as the bus, there is no relative motion between them and the bus, making it seem like they are at rest.
Modern processors have two bus types: the front-side bus and the back-side bus. The back-side bus is where your cache memory lives. Cache is a very small amount of very fast memory--just a couple of megabytes. It's on a separate bus because if the CPU was making cache requests along the same bus as it was making main-memory requests, it would slow the cache down so much that having it would be pointless. It's as small as it is because (1) it's expensive as hell, (2) it generates a lot of heat, and (3) nowadays, they put a lot of it in the processor itself and they don't want the processor to be the size of a Buick. The front-side bus is where your main memory lives. (This is also the bus the computer uses to talk to the video card, hard drive, modem and all the other things your computer is running, but that's not important now.) You know when you look at a computer ad, it says "This computer has 512MB RAM!" That's main memory. It's sitting on the front-side bus. And the faster that bus runs (it hasn't run at processor speed in decades) the faster your memory calls run and the faster your computer goes. Fast is good. The bus is rated in megahertz, same as your computer used to be before they started selling GHz PCs, and 800MHz is a very fast one.
If the bus frequency is one gigahertz (GHz), it means it can transmit one billion cycles per second. Considering each cycle can transfer one bit, the bus can transfer one billion bits per second or 1 gigabit per second (Gbps).
Bus reactors are connected to the busbars of a power system to limit fault currents and improve system stability. Line reactors are connected in series with the power line to limit current surges, reduce harmonics, and provide overvoltage protection. Both types of reactors help improve the performance and reliability of the power system, but they are installed at different locations within the system.
Its the seats that make the difference between a coach and a bus.
Bus cycle is a single transaction between the main memory and the CPU.
The difference between a cold and a bus driver is a bus driver has a course to run and a cold has to run its course.
The difference between a tram and a bus is that a tram is a type of rail vehicle that operates on a street railway whereas a bus is operated on a road and does not rely on electricity.
A lorry transports cargo, a bus transports people.
The bus in 1900 is smaller not allowing as much people get on the bus
The bus is longer than the car
train is good very very good but bus is bad
Bus coupler is use to separate the main bus and reserve bus bar while the bus tie is used for paralleling and syncronizing.
Cva:As bus cycle is not mentioned, hence assumed that bus cycle = clock rate = 250MHz.Duration of each bus cycle = 1 / 250M = 4ns; Please, correct me if I am wrong.
The address bus is a section of the bus that emits the address of the desired instruction or operand.
Bus bars are actually simple conductor strips of copper using for connection between one system to another.for example transformer to panel. bus ducts are enclouser of that bus bar