Slides for Design Critique
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Link is a technology that allows the direct transfer of information between screens when they are placed in contact. Multiple links can be merged into a larger link or split into smaller links. The document discusses potential medical applications of link technology such as assisting with surgery by transmitting vital information between screens and powering devices using piezoelectric charging. Feedback from others is provided on making the speculative aspects more creative and believable.
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Slides for Design Critique
- 1. link Christine Wu, Shannon Yao, Jing Li ®
- 3. Display | Touch | Sensors | Transducers | Self-charging | Flexibility
- 4. lin k lin k link is capable of directly transferring information from one screen to another when in contact with each other.
- 5. link link link link link Multiple links can be merged together to form a larger link.
- 6. link linklink link link link can be split into smaller links.
- 7. Scenario 2 : Surgery
- 9. Scenario 3 : Patient Care
- 10. Scenario 3 – Patient Care • Show an illustration of the scenario: Nurse copying screen, with vital information on it • Overview • Technologies – Information transmission between screens – Piezzo-electric charging
- 11. Scenario 4 : Communication
- 12. Link’s Audience • Who? • Why? • Feedback from Carl
- 13. Feedback from Brandon • Overall concept is well-grounded in sound research • Be more creative with highly speculative technology • How are we addressing the feedback?
- 14. Question Do you feel that our concept is believable?
Editor's Notes
- ⃝®
- Ask for initial reaction Any question? What needs to be further explained? Are the spheres adequate to communicate science behind our concept? Is the pace of the scenarios too fast? Are the two styles used in the clip too disjoint? How is the speed of transition working?
- This is Link. Display: uses nano-color filters to create an ultra thin display that is can be suspended in air. The display also offers nano-level resolution. Touch: The display offers haptic feedback upon touch, and is also receptive to pressure. Sensors: The display can detect heat and texture of the object in contact Transducer: The transducers use information from collected by the sensor are used to simulate an object’s surface. Self-Charging: The display contains nanorobots that have embedded piezoelectric transducers which convert the kinetic energy of surrounding air molecules into usable electricity. Flexibility: Link is bendable and can take on any size up to the size of a poster. This is made possible via the controlled self-replication of nanobots. Color:3399FF R:51 G:153 B:255
- Interaction between Links: Link is capable of directly transferring information from one screen to another when in contact with each other. Multiple Links can be merged together to form a Larger Link. Link can be split into smaller links.
- Interaction between Links: Link is capable of directly transferring information from one screen to another when in contact with each other. Multiple Links can be merged together to form a Larger Link. Link can be split into smaller links.
- Interaction between Links: Link is capable of directly transferring information from one screen to another when in contact with each other. Multiple Links can be merged together to form a Larger Link. Link can be split into smaller links.
- Technologies being used Nano display Merging of screens Surgeons use LINK to help them better visualize information that is vital to the surgical procedure.
- Since nanoassembly is still a highly speculative technology, we need to be more creative in order to take this technology to the next level. The goal is to create a product that appears to be feasible, so we should focus on the big picture.