This paper focuses on how to design a store buffer (STB) well suited to first-level multibanked data caches.
К STB2. • centralized, large. • keeps all in-flight stores. • checks program order and updates cache. • entries are allocated from dispatch to commit.
This paper focuses on how to design a Store Buffer (STB) well suited to first-level multibanked data caches. Our goal is to forward data from in-flight ...
Apr 17, 2009 · Abstract: This paper focuses on how to design a Store Buffer (STB) well suited to first-level multibanked data caches.
The proposed double capacity cache (DCC) architecture uses a fast and efficient peripheral circuitry to store two narrow-width values in a single wordline. In ...
A particular two-level store buffer (STB) design is proposed in which forwarding is done speculatively from a distributed first-level STB made of extremely ...
Llaberı́a Abstract—This paper focuses on how to design a Store Buffer (STB) well suited to first-level multibanked data caches. The goal is to forward data ...
Store Buffer Design in First-Level Multibanked Data Caches | CoLab
colab.ws › articles › ISCA.2005.47
Store-queue-free architectures remove the store queue and use memory cloaking to communicate in-flight stores instead. In these architectures, frequent ...
Bibliographic details on Store Buffer Design in First-Level Multibanked Data Caches.
This paper focuses on how to design a Store Buffer (STB) well suited to first-level multibanked data caches. Our goal is to forward data from in-flight stores ...