キャッシュメモリ (Japanese Wikipedia)

Analysis of information sources in references of the Wikipedia article "キャッシュメモリ" in Japanese language version.

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github.com

Torvalds, Linus. “arch/x86/kernel/vmlinux.lds.S at master”. GitHub. 2024年5月26日閲覧。 Linux カーネル、x86のリンカスクリプト。セクション.data..read_mostlyが該当、マクロREAD_MOSTLY_DATA()を用いて間接的に定義。
The FreeBSD Project. “sys/conf/ldscript.amd64 at main”. GitHub. 2024年5月26日閲覧。 FreeBSD カーネル、amd64のリンカスクリプト。セクション.data.read_mostlyが該当。

"__m256 _mm256_fmadd_ps ... Throughput (CPI) ... Haswell ... 0.5" Intel Intrinsics Guide. 2022-04-03閲覧.

"to sustain Haswell’s CPU peak (e.g., 16 multiply-adds per cycle), a core must access 16 matrix elements (= 64 bytes) per cycle, all from memory ... assuming 2.0GHz processor, it requires memory bandwidth of: ≈ 64 × 2.0 GHz = 128 GB/s" 田浦. (2016). What You Must Know about Memory, Caches, and Shared Memory. 並列分散プログラミング, 東京大学.
"A simple memcpy experiment ... 4.575611 GB/sec ... an almost proportional improvement up to 10 lists" 田浦. (2016). What You Must Know about Memory, Caches, and Shared Memory. 並列分散プログラミング, 東京大学.
"it requires memory bandwidth ... ≈ 20× more than it provides" 田浦. (2016). What You Must Know about Memory, Caches, and Shared Memory. 並列分散プログラミング, 東京大学.
"multi level caches ... recent processors have multiple levels of caches" 田浦. (2018). What You Must Know about Memory, Caches, and Shared Memory. 並列分散プログラミング, 東京大学.
"multiple levels of caches (L1, L2, . . . )" 田浦. (2018). What You Must Know about Memory, Caches, and Shared Memory. 並列分散プログラミング, 東京大学.

Bonwick, Jeff (6 June 1994). "The Slab Allocator: An Object-Caching Kernel". USENIX Summer 1994 Technical Conference. USENIX.