Binary code is the native language of the machine; no translation is necessary. However, the binary encoded data may be abstract, high-level instruction code (program source code) that must be compiled or interpreted in order to produce the required machine code the computer understands. A software program is used to perform this translation; each programming language provides its own compiler and/or interpreter specific to each machine type and operating system (the platform).
yes, we can do the morse test in CI engine by cut the fuel go to cylinders through the nozzle pipes.
Technically, they can understand much more. But this requires special software or hardware, which is commonly installed in all modern computers. But, at it's very heart, most computers are binary. This means 1's and 0's. The reason for this is because the computer is an electrical system. It can only understand 'on' and 'off'. By combining literally BILLIONS of transistors, each little more than an on/off switch, it is able to produce complex calculations that do all you see today.
After attending Phillips Academy in Andover, Massachusetts, Samuel Morse went on to Yale College to receive instruction in the subjects of religious philosophy, mathematics and science of horses.
Steven A. Morse 1861 East Bridgewater, Massachusetts
There may be a more efficient method (I know very little about Morse code) but since there are only 26 letters you could use a giant if-else if statement.
Computer don't have Morse code. They use something called Binary Code. It uses 1s and 0s for the letters whereas Morse code uses dots and dashes.
binary transmission using a code based on Morse code
Yes.
Morse Code and Binary share one important feature with one and other - they both function as a two part system. In binary all communication is based upon 1's and 0's. In Morse code only rapid taps and long taps are used. The long taps are a single tap followed by a pause.
Binary was created as a language to program computers. The computer hardware basically can only recognize if a circuit component has power supplied to it (ON) or if there is no power supplies to it (OFF). The binary used the ON and OFF conditions. The Off = 0 and the ON = 1. Thus, it's like using the light switch to your room to send a specialized Morse Code.
Binary telephone signals.
In Morse Code a long dash or a "Dah" mark is three units long. A dash is typically three times longer than a dot. However, Morse Code can also be a binary code.
Because Binary is the format that computer understands. All instruction between software and hardware in a computer are reduced to a simple yes or no, a state of On or Off. Actually the USSR built an experimental research computer that operated in base 3 (trinary), each position was 0, 1, or 2 and the signals traveled on individual wires at three discrete voltages (instead of the 2 voltages used in binary). I understand it worked very well.
Morse code.
the morse code
Take them to Ohio Computer Recycling 2899 Morse Road, Columbus, OH - (614) 478-0808
He wanted to create a language that could be sent over the telegraph (which he invented). He wanted to send confidential messages that would not be intercepted by the wrong people. Hope this helps :-)