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streams and data streams processed
                  Activity 1.6:
                                                       simultaneously. It defines four categories:
                 Exploring the Non-Von Neumann         Single Instruction, Single Data (SISD),     Chapter One: Computer architecture
                architecture                           Single Instruction, Multiple Data (SIMD),
                                                       Multiple Instruction, Single Data (MISD),
          FOR ONLINE READING ONLY
               Use the Library or Internet search      and Multiple Instruction, Multiple Data
               perform the following:                  (MIMD). Flynn’s taxonomy provides
               1.  Explore the features and applications   a framework for classifying parallel
                   of Non-Von Neumann architecture     processing architectures, facilitating
                   and its roles in modern computing
                   systems;                            understanding and comparing different

               2.  Explore the advantages and          systems based on their processing
                                                       capabilities and architectural
                   disadvantages of Non-Von
                   Neumann architecture;               characteristics.

               3.  Use any  computer architecture
                   simulation tool to simulate a Non-        Activity 1.7:
                   Von Neumann architecture; and

               4.  Write  down  your  findings  and      Exploring the Flynn’s taxonomy
                                                         architecture
                   document them in a portfolio.
                                                         Use the Library or Internet search to

              The explored and visualised process for    perform the following:
              Activity 1.6 can be supported using Figure   1.  Explore features and applications
              1.8, which illustrates a Non -Von Neumann     of Flynn’s taxonomy architecture
              architecture, a common model for the          and its roles in modern computing
              design of modern digital computers.           systems;

                                                         2.  Explore the advantages and
                               CPU                          disadvantages of Flynn’s taxonomy
                              Control Unit                  architecture;
                Input                           Out
               Device                          Device    3.  Use any  computer architecture
                            Arithmetic/Logic
                                unit                        simulation tool, simulate a Flynn’s
                             Memory unit                    taxonomy architecture;
                                                         4.  Explore the four architecture classes
                Figure 1.8: Non-Von Neumann architecture
                                                            resulting from Flynn’s taxonomy

              Flynn’s taxonomy architecture                 architecture, and connect with the
                                                            simulation in number 3 above; and
              Flynn’s taxonomy, proposed by Michael J.
              Flynn, categorises computer architectures   5.  Write  down  your  findings  and
              based on the  number of  instruction          document them in a portfolio.


                                                     9
               Student’s Book  Form Five



     Computer Science Form 5.indd   9                                                       23/07/2024   12:32
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