Our interaction with devices in the home, at the workplace and in public is changing. In the past we used device interfaces like a keyboard, mouse, or touch screen. Now the trend is changing, with devices being developed to interact with humans via a human interface including voice, motion and vision. These human-machine interfaces are computationally intensive and use large, power-hungry processors, which greatly reduces battery life. To mitigate the power consumption of these larger processors, smaller, ‘wake-up’ cores are used to detect multiple sensor interface inputs and identify if a human interaction is about to begin, at which time it wakes up the bigger computation core.
- Silicon Design & Verification
- Products
- Solutions
- Resources
- Services
- Community
- Training
- Silicon IP
- Products
- Markets
- Newsletter
- Customer Success
- News
- Resources
- Software Integrity
- Tools & Services
- Solutions
- Training
- Customers
- Resources
- Partners
- Blog
- Company
- About Us
- Investor Relations
- Community
- Newsroom
- Resources
- Careers
< Silicon Design & Verification
Silicon Design & Verification
< Products
< Products
< Products
< Products
< Products
< Products
< Products
< Products
< Silicon Design & Verification
< Solutions
< Solutions
Cloud
Synopsys in the Cloud
< Solutions
< Solutions
< Solutions
< Solutions
Photonic Solutions
RSoft Photonic Device Tools
Photonic System Tools
PIC Design Software
OptoCompiler
< Silicon Design & Verification
< Resources
< Resources
Verification
Articles
Blogs
Datasheets
Events
News
Newsletters
Success Stories
Videos
Webinars
White Papers
< Resources
< Silicon Design & Verification
< Services
< Services
< Services
< Silicon Design & Verification
< Community
Community
Community Overview
< Community
< Community
< Community
< Community
< Silicon Design & Verification
< Training
< Silicon Design & Verification
Training
Training and Education
< main menu
< Silicon IP
Silicon IP
< Products
< Products
Processor Solutions
ARC Processor IP
Embedded Vision Processor IP
Development Tools
Operating Systems
Ecosystem
ASIP Tools
< Products
Memories & Libraries
Logic Libraries
Memory Compilers
Duet Packages
HPC Design Kit
PVT Sensors
Non-Volatile Memory
< Products
< Products
Analog IP
Data Converters
< Products
< Products
< Products
< Silicon IP
< Markets
< Silicon IP
Newsletter
< Silicon IP
Customer Success
< Silicon IP
News
< Resources
< Resources
< main menu
< Software Integrity
Software Integrity
< Tools & Services
< Tools & Services
< Tools & Services
< Solutions
< Solutions
< Software Integrity
< Training
< Training
Product Education
< Training
Community
< Software Integrity
< Software Integrity
Customers
< Resources
< Resources
< Software Integrity
< Software Integrity
Partners
< Software Integrity
Blog
< main menu
< About Us
Company
< About Us
< About Us
About Us
About Us
< Investor Relations
< About Us
Investor Relations
Investor Relations
< Community
< About Us
Community
Community
< Newsroom
< About Us
Newsroom
Newsroom
< Resources
< About Us
Resources
Resources
< Careers
< About Us
Careers
Careers
< main menu
Always On and Data Fusion
The smaller wake up cores can also perform sensor fusion tasks by receiving input from multiple sensors and processing them. These processors require high computation capability to process the sensor input, while consuming minimal area and power for battery-operated devices.
Always-On Function |
Application |
Synopsys Processor Solutions |
Speech Detection |
Home automation assistant |
|
Voice Recognition |
Smart home, sensors |
|
Motion Detection |
User interface |
|
Gesture recognition |
User interface |
|
Face detection |
Smart home, door bells |
EM9D/11D Article: Flexible Processing for IoT End Node Devices |
Context aware recognition |
Mobile devices |