Reference Summary: So if we have 64 bytes for our page table and each entry is two bytes well let me just divide them so 64 divided by Let's holy crap there's a lot of processes running so here we can see so here process ID

Basic Scheduling Ece 344 Section 2 -

So if we have 64 bytes for our page table and each entry is two bytes well let me just divide them so 64 divided by Let's holy crap there's a lot of processes running so here we can see so here process ID So again just in the recap just to make it crystal clear because the other

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  • So if we have 64 bytes for our page table and each entry is two bytes well let me just divide them so 64 divided by
  • Let's holy crap there's a lot of processes running so here we can see so here process ID
  • So again just in the recap just to make it crystal clear because the other
  • Uh so that just means an error yeah all right so wrap it up we explored
  • So in this case we would have good CPU utilization because you're just

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Basic Scheduling (ECE 344 - Section 2)
Basic Scheduling (2023 Fall ECE 344 Section 2)
Advanced Scheduling (ECE 344 - Section 2)
More Scheduling and Page Tables (ECE 344 - Section 2)
Overview (ECE 344 - Section 2)
Advanced Scheduling (2023 Fall ECE 344 Section 2)
Process Management (ECE 344 - Section 2)
Priority Scheduling and Memory Mapping (2023 Fall ECE 344 Section 2)
Basic IPC (ECE 344 - Section 2)
Quiz 3 Review (ECE 344 - Section 2)
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Basic Scheduling (ECE 344 - Section 2)

Basic Scheduling (ECE 344 - Section 2)

... the hard parts So today we're going to talk about finally

Basic Scheduling (2023 Fall ECE 344 Section 2)

Basic Scheduling (2023 Fall ECE 344 Section 2)

Read more details and related context about Basic Scheduling (2023 Fall ECE 344 Section 2).

Advanced Scheduling (ECE 344 - Section 2)

Advanced Scheduling (ECE 344 - Section 2)

Let's holy crap there's a lot of processes running so here we can see so here process ID

More Scheduling and Page Tables (ECE 344 - Section 2)

More Scheduling and Page Tables (ECE 344 - Section 2)

Read more details and related context about More Scheduling and Page Tables (ECE 344 - Section 2).

Overview (ECE 344 - Section 2)

Overview (ECE 344 - Section 2)

And then the last piece of the puzzle is a persistence so for our

Advanced Scheduling (2023 Fall ECE 344 Section 2)

Advanced Scheduling (2023 Fall ECE 344 Section 2)

So in this case we would have good CPU utilization because you're just

Process Management (ECE 344 - Section 2)

Process Management (ECE 344 - Section 2)

So again just in the recap just to make it crystal clear because the other

Priority Scheduling and Memory Mapping (2023 Fall ECE 344 Section 2)

Priority Scheduling and Memory Mapping (2023 Fall ECE 344 Section 2)

Read more details and related context about Priority Scheduling and Memory Mapping (2023 Fall ECE 344 Section 2).

Basic IPC (ECE 344 - Section 2)

Basic IPC (ECE 344 - Section 2)

Uh so that just means an error yeah all right so wrap it up we explored

Quiz 3 Review (ECE 344 - Section 2)

Quiz 3 Review (ECE 344 - Section 2)

So if we have 64 bytes for our page table and each entry is two bytes well let me just divide them so 64 divided by