Travelled to:1 × France
1 × India
1 × Mexico
6 × USA
Collaborated with:J.K.Bennett W.Zwaenepoel S.A.McKee C.Kuo R.Kuramkote L.Cheng D.Dai A.Davis L.Zhang W.C.Hsieh M.Awasthi K.Sudan R.Balasubramonian B.K.Mathew A.Saulsbury T.Wilkinson A.Landin Z.Fang M.S.Ware K.Rajamani M.S.Floyd B.Brock J.C.Rubio F.L.R.III L.Stoller M.R.Swanson E.Brunvand M.A.Parker L.Schaelicke T.Tateyama
Talks about:memori (4) share (3) hardwar (2) control (2) power (2) munin (2) manag (2) coher (2) cach (2) placement (1)
Person: John B. Carter
DBLP: Carter:John_B=
Contributed to:
2010200920072001200019991995
1991
1990Wrote 10 papers:
- HPCA-2010-WareRFBRRC #approach #architecture #power management
- Architecting for power management: The IBM POWER7TM approach (MSW, KR, MSF, BB, JCR, FLRI, JBC), pp. 1–11.
- HPCA-2009-AwasthiSBC #capacity #scalability
- Dynamic hardware-assisted software-controlled page placement to manage capacity allocation and sharing within large caches (MA, KS, RB, JBC), pp. 250–261.
- HPCA-2007-ChengCD #adaptation #protocol
- An Adaptive Cache Coherence Protocol Optimized for Producer-Consumer Sharing (LC, JBC, DD), pp. 328–339.
- HPCA-2001-FangZCHM #hardware #online
- Reevaluating Online Superpage Promotion with Hardware Support (ZF, LZ, JBC, WCH, SAM), pp. 63–72.
- HPCA-2000-MathewMCD #design #memory management #parallel
- Design of a Parallel Vector Access Unit for SDRAM Memory Systems (BKM, SAM, JBC, AD), pp. 39–48.
- HPCA-1999-CarterHSSZBDKKPST #memory management #named
- Impulse: Building a Smarter Memory Controller (JBC, WCH, LS, MRS, LZ, EB, AD, CCK, RK, MAP, LS, TT), pp. 70–79.
- HPCA-1999-KuoCK #message passing #named
- MP-LOCKs: Replacing H/W Synchronization Primitives with Message Passing (CCK, JBC, RK), pp. 284–288.
- HPCA-1995-SaulsburyWCL
- An Argument for Simple COMA (AS, TW, JBC, AL), pp. 276–285.
- SOSP-1991-CarterBZ #implementation #performance
- Implementation and Performance of Munin (JBC, JKB, WZ), pp. 152–164.
- PPoPP-1990-BennettCZ #distributed #memory management #named
- Munin: Distributed Shared Memory Based on Type-Specific Memory Coherence (JKB, JBC, WZ), pp. 168–176.