'Core design' presentation slideshows

Low-Power Electronics and Systems

Low-Power Electronics and Systems. Vishwani D. Agrawal James J. Danaher Professor Department of Electrical and Computer Engineering Auburn University, Auburn, AL 36849, USA http://www.eng.auburn.edu/~vagrawal vagrawal@eng.auburn.edu. Contents. Introduction Dynamic power

1.53k views • 118 slides

Intel Itanium

Intel Itanium. Matt Layman Adam Sanders Aaron Still. Overview. History 32 bit Processors (Pentium Pro, Pentium Xeon) 64 bit Processors (Xeon, Itanium, Itanium 2) ISA EPIC Predicated Execution (Branch Prediction) Software Pipelining. Overview. ISA cont. Register Stacking

1.74k views • 94 slides

Lumbar Arthroplasty CHARITɮ Artificial Disc

Lumbar Arthroplasty CHARITɮ Artificial Disc . Physician Name Physician Institution Date. Agenda. Data Review Preclinical: Design and Durability Investigational Device Exemption (IDE) Trial Revision Long-term Results Questions and Answers. Goals of Lumbar Total Disc Replacement.

1.09k views • 52 slides

391 views • 25 slides

300 views • 18 slides

System-on-Chip (SoC) Testing

System-on-Chip (SoC) Testing. An Introduction and Overview of IEEE 1500 Standard Testability Method for Embedded Core-based ICs. What is a SoC?. Technological advances allow electronic systems that earlier occupied one or more boards onto a single IC. The attending advantages are:

1.23k views • 18 slides

Aspen

Aspen. Garrett Earnshaw Joe Chmura Mieszko Kruger Yoni Mekuria. Aspen: Objectives. To dynamically control a network of peripheral devices, a network that controls as well as senses with the use of a CAN bus. Garrett. Basic Layout. Garrett. Core Layout. Garrett. Node Layout. Garrett.

593 views • 16 slides

PhD Research High Performance Computing

PhD Research High Performance Computing. R Govindarajan Matthew Jacob SERC/CSA, IISc. Computer Architecture. Key Tool: Simulation. Experiments are often conducted using discrete event simulation Prototyping is typically not an option

222 views • 13 slides

FPGA Implementation of Multicore AES 128/192/256

FPGA Implementation of Multicore AES 128/192/256 . By: William Whitehouse. Objectives. Design an FPGA that is capable of AES encryption and decryption with 128, 192, and 256 bit keys. Optimize encryption/decryption throughput by implementing multiple cores

445 views • 11 slides

Work Package 2

179 views • 5 slides