Computer Science: An OverviewGeneral literature -- Introductory and Survey. |
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Page 141
... problem whose solution the algorithm is to compute . Thus , to understand how algorithms are discovered is to understand the problem - solving process . The Theory of Problem Solving The techniques of problem solving and the need to ...
... problem whose solution the algorithm is to compute . Thus , to understand how algorithms are discovered is to understand the problem - solving process . The Theory of Problem Solving The techniques of problem solving and the need to ...
Page 142
... problem . Phase 2. Get an idea as to how an algorithmic procedure might solve the problem . Phase 3. Formulate the algorithm and represent it as a program . Phase 4. Evaluate the program for accuracy and for its potential as a tool for ...
... problem . Phase 2. Get an idea as to how an algorithmic procedure might solve the problem . Phase 3. Formulate the algorithm and represent it as a program . Phase 4. Evaluate the program for accuracy and for its potential as a tool for ...
Page 435
... problem , whose complexity is large merely because of the size of its output , problems exist whose complexities are large even though their ultimate output is merely a simple yes or no ... problem Problem is 11 THEORY OF COMPUTATION 435.
... problem , whose complexity is large merely because of the size of its output , problems exist whose complexities are large even though their ultimate output is merely a simple yes or no ... problem Problem is 11 THEORY OF COMPUTATION 435.
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abstract data type activities actually algorithm Alice application application software array assign binary bit patterns block bulk storage called Carol Chapter COBOL concept contains current entry Current Pointer data control block data flow diagram database declare search deleted diagram disk employee example execution Figure FILLED-BY FORTRAN hashed head pointer hexadecimal identify implemented input insertion sort instruction integer linked list loop machine language machine's memory main memory memory cells modified module move notation operating system password perform pivot entry problem produce program counter programming languages pseudocode Questions/Exercises queue record relation represented request result retrieve routines schedule search a failure search a success search tree sequence sequential file solution solving stack statement step storage system stored string subprogram syntax tape target value task technique terminal time-sharing translator Turing machine