Network


Latest external collaboration on country level. Dive into details by clicking on the dots.

Hotspot


Dive into the research topics where Carl G. Ramey is active.

Publication


Featured researches published by Carl G. Ramey.


international symposium on microarchitecture | 2007

On-Chip Interconnection Architecture of the Tile Processor

David Wentzlaff; Patrick Griffin; Henry Hoffmann; Liewei Bao; Bruce Edwards; Carl G. Ramey; Matthew Mattina; Chyi-Chang Miao; John F. Brown; Anant Agarwal

IMesh, the tile processor architectures on-chip interconnection network, connects the multicore processors tiles with five 2D mesh networks, each specialized for a different use. taking advantage of the five networks, the C-based ILIB interconnection library efficiently maps program communication across the on-chip interconnect. the tile processors first implementation, the tile64, contains 64 cores and can execute 192 billion 32-bit operations per second at 1 Ghz.


international solid-state circuits conference | 2008

TILE64 - Processor: A 64-Core SoC with Mesh Interconnect

Shane L. Bell; Bruce Edwards; John Amann; Rich Conlin; Kevin Joyce; Vince Leung; John MacKay; Mike Reif; Liewei Bao; John F. Brown; Matthew Mattina; Chyi-Chang Miao; Carl G. Ramey; David Wentzlaff; Walker Anderson; Ethan Berger; Nat Fairbanks; Durlov Khan; Froilan Montenegro; Jay Stickney; John Zook

The TILE64TM processor is a multicore SoC targeting the high-performance demands of a wide range of embedded applications across networking and digital multimedia applications. A figure shows a block diagram with 64 tile processors arranged in an 8x8 array. These tiles connect through a scalable 2D mesh network with high-speed I/Os on the periphery. Each general-purpose processor is identical and capable of running SMP Linux.


Archive | 2011

Computing in parallel processing environments

Patrick Robert Griffin; Mathew Hostetter; Anant Agarwal; Chyi-Chang Miao; Christopher D. Metcalf; Bruce Edwards; Carl G. Ramey; Mark B. Rosenbluth; David Wentzlaff; Christopher J. Jackson; Ben Harrison; Kenneth Steele; John Amann; Shane Bell; Richard Conlin; Kevin Joyce; Christine Deignan; Liewei Bao; Matthew Mattina; Ian Rudolf Bratt; Richard Schooler


Archive | 2006

Coupling integrated circuits in a parallel processing environment

David Wentzlaff; Carl G. Ramey; Anant Agarwal


Archive | 2010

Managing cache coherence

Chyi-Chang Miao; Christopher D. Metcalf; Ian Rudolf Bratt; Carl G. Ramey


ieee hot chips symposium | 2011

TILE-Gx100 ManyCore processor: Acceleration interfaces and architecture

Carl G. Ramey


Archive | 2007

Method and system for managing a plurality of I/O interfaces with an array of multicore processor resources in a semiconductor chip

Carl G. Ramey


Archive | 2001

Mechanism for handling load lock/store conditional primitives in directory-based distributed shared memory multiprocessors

Matthew Mattina; Carl G. Ramey; Bongjin Jung; Judson Leonard


Archive | 2006

Coupling data in a parallel processing environment

Carl G. Ramey; David Wentzlaff; Anant Agarwal


Archive | 2013

High Performance, Scalable Multi Chip Interconnect

Carl G. Ramey; Matthew Mattina

Collaboration


Dive into the Carl G. Ramey's collaboration.

Top Co-Authors

Avatar
Top Co-Authors

Avatar

Anant Agarwal

Massachusetts Institute of Technology

View shared research outputs
Researchain Logo
Decentralizing Knowledge