2024年10月15日 · VVQ 与线段 题目连接 题意：给你n个线段，问你所有两个相邻的线段，用它们的并的长度减去交的长度最大是多少 很有意思的一道题，两个线段相邻只有两种情况，一个是相交一个是包含。

2023年2月25日 · In this work, we propose to virtualize virtual channels to create Virtualizing Virtual Queues (VVQ) buffer architecture. VVQ is based on the observation that a FIFO buffer organization is sufficient when protocol deadlocks do not occur.

Download Citation | On Feb 1, 2023, Hans Kasan and others published VVQ: Virtualizing Virtual Channel for Cost-Efficient Protocol Deadlock Avoidance | Find, read and cite all the research you...

2018年4月11日 · VVQ 最近迷上了线段这种东西 ，现在他手上有 n 条线段，他希望在其中找到两条有公共点的线段，使得他们的异或值最大。 定义线段的异或值为它们并的长度减他们交的长度

This work proposes to virtualize virtual channels to create Virtualizing Virtual Queues (VVQ) buffer architecture, and shows how a ghost pointer can be leveraged to enable such buffer organization without introducing complex buffer management such as dynamic buffer organizations.

VVQ: Virtualizing Virtual Channel for Cost-Efficient Protocol Deadlock Avoidance. In IEEE International Symposium on High-Performance Computer Architecture, HPCA 2023, Montreal, QC, Canada, February 25 - March 1, 2023 .

题目：VVQ: Virtualizing Virtual Channel for Cost-Efficient Protocol Deadlock Avoidance时间：2023会议：HPCA研究机构：KAIST request-reply协议死锁如下图所示，每个node收到request之后发送reply，但是想…

2024年9月26日 · VVQ: Virtualizing Virtual Channel for Cost-Efficient Protocol Deadlock Avoidance. HPCA 2023: 1072-1084. manage site settings. To protect your privacy, all features that rely on external API calls from your browser are turned off by default. You need to opt-in for them to become active. All settings here will be stored as cookies with your web ...

In this work, we propose to virtualize virtual channels to create Virtualizing Virtual Queues (VVQ) buffer architecture. VVQ is based on the observation that a FIFO buffer organization is sufficient when protocol deadlocks do not occur.

In this work, we propose to virtualize virtual channels to create Virtualizing Virtual Queues (VVQ) buffer architecture. VVQ is based on the observation that a FIFO buffer organization is sufficient when protocol deadlocks do not occur.