![VIDEO solution: Assume there is an initial 1024 KB segment where memory is allocated using the Buddy system. Using Figure 9.26 as a guide, state (no need to draw the tree) how VIDEO solution: Assume there is an initial 1024 KB segment where memory is allocated using the Buddy system. Using Figure 9.26 as a guide, state (no need to draw the tree) how](https://cdn.numerade.com/ask_images/f1ec9696d9e14b48b7a6949816906051.jpg)
VIDEO solution: Assume there is an initial 1024 KB segment where memory is allocated using the Buddy system. Using Figure 9.26 as a guide, state (no need to draw the tree) how
![Figure 5 from iBuddy: Inverse Buddy for Enhancing Memory Allocation/Deallocation Performanceon Multi-Core Systems | Semantic Scholar Figure 5 from iBuddy: Inverse Buddy for Enhancing Memory Allocation/Deallocation Performanceon Multi-Core Systems | Semantic Scholar](https://d3i71xaburhd42.cloudfront.net/29aa0345c30e41df6649cbea1162610dba5dafa3/5-Figure5-1.png)
Figure 5 from iBuddy: Inverse Buddy for Enhancing Memory Allocation/Deallocation Performanceon Multi-Core Systems | Semantic Scholar
![Memory management in Linux via the buddy-allocator algorithm. Memory... | Download Scientific Diagram Memory management in Linux via the buddy-allocator algorithm. Memory... | Download Scientific Diagram](https://www.researchgate.net/publication/360496423/figure/fig1/AS:1155366746361856@1652472306238/Memory-management-in-Linux-via-the-buddy-allocator-algorithm-Memory-spaces-are-divided.png)