Examples of using Cipher machine in English and their translations into Portuguese
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Colloquial
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Official
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Medicine
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Financial
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Ecclesiastic
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Ecclesiastic
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Computer
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Official/political
A cipher machine?
And the bait is a cipher machine.
Cipher machines required half an hour to do the same job, and their transmission could be deciphered by the enemy.
We gotta get that cipher machine back.
They're in Berrenger's office talking to some buyer about a cipher machine.
The integration of complete cipher machines on smart cards is a reality.
And now, this is where we will conceal the cipher machine.
A few British one-time tape cipher machines include the Rockex and Noreen.
It would be helpful if we could see the cipher machine.
So the buyer not only gets a cipher machine, but a Remington bronze in the bargain.
Applications==Mealy machines provide a rudimentary mathematical model for cipher machines.
General Baltasar will exchange Samara for the cipher machine at the Place de L'Eglise at 6:00.
Amongst his many crimes,Alaman fled Spain in possession of a vital cipher machine.
The World War II Japanese PURPLE cipher machine used for diplomatic communications is a good example.
The Enigma machines were a family of portable cipher machines with rotor scramblers.
Furthermore, cipher machines were too big and complex to be used by infantry in combat conditions.
L'Â'ingegnere tedesco Arthur Scherbius named it so propia creation, a portable electro-mechanical cipher machine that was produced from 1918 From'company Scherius and Ritter that he started a lÂ'ingegnere 2 with Richard Ritter.
Allied cipher machines used in WWII included the British TypeX and the American SIGABA; both were electromechanical rotor designs similar in spirit to the Enigma, albeit with major improvements.
By World War II, mechanical and electromechanical cipher machines were in wide use, although-where such machines were impractical-manual systems continued in use.
Allied cipher machines used in World War II included the British TypeX and the American SIGABA; both were electromechanical rotor designs similar in spirit to the Enigma, albeit with major improvements.
Denniston recognised, however,that the enemy's use of electromechanical cipher machines meant that formally trained mathematicians would also be needed; Oxford's Peter Twinn joined GC&CS in February 1939; Cambridge's Alan Turing and Gordon Welchman began training in 1938 and reported to Bletchley the day after war was declared, along with John Jeffreys.
Most major belligerents attempted to solve the problems of complexity andsecurity involved in using large codebooks for cryptography by designing ciphering machines, the most well known being the German Enigma machine. .
However, although one could use a Mealy model to describe the Enigma,the state diagram would be too complex to provide feasible means of designing complex ciphering machines.
However, although a Mealy model could be used to describe the Enigma,the state diagram would be too complex to provide feasible means of designing complex ciphering machines.
L'German engineer Dr Arthur Scherbius called thus to their creation, a machine ciphering wheel electro-mechanical laptop that was produced in 1918 from the company Scherius and Ritter, which the engineer founded together with Richard Ritter.