Assume that your Ubuntu Virtual Machine executes on a quad-core Intel Core i5 processor with AVX2 vector extension. Each core has dedicated L1 and L2 caches, but a shared L3 cache (similar to Figure 1.2). Assume that on average your algorithm is allocated 70% of the CPU computation capability for each core, while the remaining 30% goes to the execution of all other processes including the operating system. Each core is capable of a peak execution rate of 20 Gflops (i.e., 2e10 floating point operations per second). You managed to parallelize only 35% of the compute-bound code. What is the peak performance of the algorithm running on the UVM as measured in Gflops? State any assumptions made. Assume that your Ubuntu Virtual Machine executes on a quad-core Intel Core i5 processor with AVX2 vector extension. Each core has dedicated L1 and L2 caches, but a shared L3 cache (similar to Figure 1.2). Assume that on average your algorithm is allocated 70% of the CPU computation capability for each core, while the remaining 30% goes to the execution of all other processes including the operating system. Each core is capable of a peak execution rate of 20 Gflops (i.e., 2e10 floating point operations per second). You managed to parallelize only 35% of the compute-bound code. What is the peak performance of the algorithm running on the UVM as measured in Gflops? State any assumptions made