Question 3. Consider Zyng SoC with memory mapped IO where the start or base address for any accelerator in PL must be equal to or higher than Ox0000_0000_1000. The example design consists of five accelerators and their memory requirements in Bytes are given in the table below. Assign appropriate starting or base address to each accelerator. Care must be taken to avoid memory wastąge, Support your answer.with appropriate explanation and detailed calculations. Avenoncemcris+-t OUnt ad. Ksotɔn. Accelerator Name Memory Requirement AXI GPIO1 2K AXI GPIO2 64K AXI BRAM 256K AXI CDMA 8K AXI Timer 128K

Question 3. Consider Zyng SoC with memory mapped IO where the start or base address for any accelerator in PL must be equal to or higher than Ox0000_0000_1000. The example design consists of five accelerators and their memory requirements in Bytes are given in the table below. Assign appropriate starting or base address to each accelerator. Care must be taken to avoid memory wastąge, Support your answer.with appropriate explanation and detailed calculations. Avenoncemcris+-t OUnt ad. Ksotɔn. Accelerator Name Memory Requirement AXI GPIO1 2K AXI GPIO2 64K AXI BRAM 256K AXI CDMA 8K AXI Timer 128K

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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A RISC instruction pipeline has five stages with propagation delays of 20 ns, 25 ns, 20ns, 70 ns, and 40 ns, respectively. What is the clock period? If a non-pipelined CPU can process an instruction in 160 ns, what is the actual steady-state speedup of the pipeline?
For the following code, determine dependencies and data hazards (along with types). How many clock cycles will be required for RISC V 5-stage pipeline if there is no forwarding hardware? Show with a clock cycle timing diagram. addi x1, x0, 1add x2, x1, x1sub x3, x2, x1slt x4, x1, x2addi x5, x2, -3andi x5, x5, 0x7F0ori x5, x5, 0xFadd x5, x5, x5
• The homework had a question that asked how long a 1000-instruction program would take on each type of datapath assuming there are no stalls or hazards. Is that a fair assumption for all three architectures (single-cycle, multi-cycle, pipelined), or would some probably have different results in empirical, real-world tests? Explain.
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