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Difference between revisions of "Intro video"
(→APP4MC Intro video) |
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Scene 1 - Let’s talk about multi-core | Scene 1 - Let’s talk about multi-core | ||
| − | * Image: chip | + | * Image: chip - single chip to multiple chips |
* Text: single-core, multi-core | * Text: single-core, multi-core | ||
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Scene 2 - Problem space | Scene 2 - Problem space | ||
* Migrating from single core to multi-core | * Migrating from single core to multi-core | ||
| + | * Image: two rovers ? | ||
| + | |||
* Rover crash | * Rover crash | ||
| Line 15: | Line 17: | ||
* single-core is not able to meet high-performance requirements | * single-core is not able to meet high-performance requirements | ||
* doesn't know how to distribute the resources over multi-core | * doesn't know how to distribute the resources over multi-core | ||
| + | |||
Scene 3 - Solution | Scene 3 - Solution | ||
Revision as of 05:17, 22 November 2016
APP4MC Intro video
Scene 1 - Let’s talk about multi-core
- Image: chip - single chip to multiple chips
- Text: single-core, multi-core
- Voice: Migrating from single-core to multi-core
Scene 2 - Problem space
- Migrating from single core to multi-core
- Image: two rovers ?
- Rover crash
- breaks the physical limits of Moore's law
- single-core is not able to meet high-performance requirements
- doesn't know how to distribute the resources over multi-core
Scene 3 - Solution
- APP4MC / CAPRA - RoverRepairMan
Scene 4 - solution demo
- RC car
Scene 5 - not just for toys
- Challenge xx from Timing Architects
Scene 6 - used by professionals
- Bosch, BHTC, PSA, AVL