DocumentCode
3748086
Title
DARPA neurocomputing
Author
Dan Hammerstrom
Author_Institution
DARPA/MTO Arlington, VA USA
fYear
2015
Abstract
DARPA is investigating machine learning algorithms and computer architectures that mimic selected characteristics of human intelligence, such as learning and pattern recognition, to address the challenges of data recognition, control and complexity in the continuously evolving environments where DoD systems operate. Learning approaches to date have shown great promise in solving a wider range of problems in less constrained environments, but require high-precision and long compute times, limiting their ability to learn large data sets rapidly or adapt in real time in the field. Neural inspired algorithms allow the use of low precision, hierarchical, temporal memory structures that can rapidly evolve with changing data, minimizing the need for long training times and maximizing rapid, on-line (in the application) real time adaptation. These capabilities coupled with optimized silicon will result in high performance and low power for real-time, embedded system operation for a wide range of applications.
Keywords
"Machine learning algorithms","Real-time systems","Hardware","Grammar","Biology","Computer architecture","Silicon"
Publisher
ieee
Conference_Titel
Electron Devices Meeting (IEDM), 2015 IEEE International
Electronic_ISBN
2156-017X
Type
conf
DOI
10.1109/IEDM.2015.7409630
Filename
7409630
Link To Document