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What year did Alan Turing prove that a machine capable of processing a stream of 1s and 0s would be capable of solving any problem?
1942
What else can I help you with?
What are the Applications of hybrid computer?
Solving problems that do not adapt well to solution entirely on a purely digital or purely analog computer that is available within the timeframe the problem arose and needs to be solved. Frequently the hybrid computer not only is capable of solving such problems, but is capable of solving them faster than they could be solved on a much more expensive purely digital or purely analog computer that theoretically could solve it, if such a computer was available at that time.
How can one break free from the cycle of unproductive problem-solving by embracing a new perspective that challenges conventional thinking?
To break free from unproductive problem-solving, one can embrace a new perspective that challenges conventional thinking by being open to different ideas, questioning assumptions, and seeking innovative solutions. This can help break the cycle of repeating ineffective strategies and lead to more successful problem-solving outcomes.
In order to enter the LPN prograre you need to do math test What is on the math test?
numbers,problem solving,formulas
What are King Henry the viii duties?
are making rules and problem solving going to church also protecting his people
How did Einstein's perspective on problem-solving influence his approach to addressing challenges?
Einstein's perspective on problem-solving was influenced by his belief in creativity and imagination. He approached challenges by thinking outside the box and questioning traditional ideas. This led him to develop innovative solutions and make groundbreaking discoveries in the field of physics.
Who proved that a machine capable of processing a stream of s and s was capable of solving any problem?
There is no such thing as a machine "capable of solving any problem".
Who proved machine capable of processing a stream of 1s and 0s was capable of solving any problem?
davros
Who proved that a machine capable of processing a steam of s and s was capable of solving any problem?
alan turning
Who proved that a machine capable of processing a stream of 1st and os was capable of solving any problem?
who nose unless u were born in them times
Who proved that a machine capable of processing a stream 1's and 0s was capable of solving any problem?
That sounds like the description of a Turing machine, which was a theoretical machine described by Alan Turing.
Who proved that a machine capcble of processing a stream of 1s ajd 0s was capable of solving any problem?
Alan Turing proved that a machine capable of processing a stream of 1s and 0s, known as a Turing machine, could solve any problem that can be algorithmically defined. This concept is foundational to the field of computer science and establishes the basis for the theory of computation. Turing's work demonstrated that such machines could simulate any algorithm, thus laying the groundwork for modern computing.
Which pattern of neural processing is importante for higher level mental processing such as problem solving?
Parallel processing
Which pattern of neural processing is important for higher level mental processing such as problem solving?
parallel
What aspect of networking ensures that problem solving occurs quickly?
Distributed processing
What is the first step in the Seven military problem solving processing?
The first step in military problem solving is to successfully identify the problem. This step is also applicable to situations outside of the military.
What process do engineers use to design a new machine to solve a problem?
problem solving process
Who proved that a machine was capable of processing a stream of 1s and 0s was capable of solving any problem?
Alan Turing devised the Turing Machine which can be described as a robot which can look at one cell on an infinitely long tape of cells and then, based on what is in that cell and a given program either change the symbol in the cell and/or move the robot to look at the cell to the left/right of the current cell. Alan Turing then went on to prove that it was possible to write a program for this machine that could do the same as the program written for any other computing machine (it might take a very, very, very long time to do it but it would do it). However, some programs are impossible to write; for example it is impossible to write a program which will tell you if a program given to it as input will terminate or not (which Alan Turing proved); this is known as the halting problem.
