CyLab Mobility Research Center. Martin Griss & Priya Narasimhan

Transcription

1 CyLab Mobility Research Center Martin Griss & Priya Narasimhan July 1,

2 Mobility Research Summit Agenda Lunch Welcome, introductions Background, goals Faculty presentations 2.00 Break 2.30 Brainstorming 4.00 Next steps 4.30 (Optional) More social interaction 2

3 Goals for Today Introduce Carnegie Mellon Silicon Valley CyLab Mobility Research Center Rally faculty around synergistic projects Create collaborative community Brainstorm visions, projects, advice 3

4 Carnegie Mellon West Silicon Valley Branch of Pittsburgh CMU, founded 2002 Developing Software Leaders Engineering, Business, Entrepreneurs Education MS Software Engineering MS Software Management > 300 graduates Students are experienced software engineers, ~ 3-10 years experience Research Smart spaces Software agents Open source Robotics Social networking High dependability software Mobile applications & systems 4

5 New technologies for measurable, available, secure, trustworthy, and sustainable computing and communications systems University-wide, multidisciplinary initiative with > 200 faculty, students, and staff Public-private partnership, include: Boeing, Bosch, Deloitte, Ericsson, Ernst & Young, FedEx, GM, HP, InfoSys, Intel, Intuit, Lockheed, Motorola, Nortel, Oracle, SAP, Symantec,.

6 Mobility Research Center Enriching anywhere, anytime computing Goals: Address next generation of mobile applications, devices & systems Multi-disciplinary research Holistic, synergistic work Large scale, experimental pilot(s) Create collaborative community Bi-coastal program Directors: Martin Griss, Priya Narasimhan Associated bi-coastal ECE PhD 6

7 Vision Mobile Companion Knows who you are, where you are, what you are doing, who is around and what you are doing Travel Learn Work Collaborate Transport Play Social Shop Ads Dine Health Measurement 7

8 Supports a Mobile Digital Lifestyle Your mobile companion is with you all the time, knows where and who you are Adapts to how you work, play, learn, collaborate, shop, Knows your schedule and preferences, history, You will be late for your meeting. I will inform John and the restaurant of your expected arrival time May I place your food order? 8

9 Your Mobile Companion Intrinsically mobile services Your primary mobile device Convergence of multiple device capabilities Seamless/context-aware interaction with other devices 9

10 Seamless, Context-Aware Roaming Interacts with other (mobile) devices and sensors, and services in the cloud Selects appropriate device and interaction mode for situation E.g., SMS and spoken via TTS when driving E.g. calls, entertainment and travel guidance can roam from phone to in-vehicle device 10

11 Various Center Thrusts Context-aware services Personalized, situation-aware and location-aware services through just-in-time delivery of information Services that move transparently across different kinds of devices (basically, your environment) Mobile middleware Mobile middleware for dependable and personal platform services to support information/processing needs -- not tied to any specific device or platform Content plane, metadata plane Virtualization of applications and platforms Security & privacy Enhanced secure information delivery and exchange of information between mobile devices (trusted platforms) Verification of code, verification of user Support for different levels of privacy for different kinds of information 11

12 Various Center Thrusts Data aggregation & data mining Underpinnings to enable multiple applications and services on a large scale Machine learning in the large, machine learning in the small Networking Underpinnings of networking that is needed to facilitate all of this Living testbeds for research To demonstrate personalization, transparent mobility, security, enhanced experiences coming out of the research Integration of personal space with shared space Variety of scenarios that are motivating the testbed effort and research problems 12

13 Students Carnegie Mellon Campus Dorm Residents Faculty Facility Managers Users Family User-Centric Circle of Trust Friends Doctors Lawyers Data Center 13

14 Research Issues Compelling user experience, superb usability Multi-modal interaction Security & privacy, selective sharing Context-awareness (location, motion, history, ) Managed context across device(s) & cloud Personalization Machine learning to infer behavior and preferences, detect anomalous events Mixed-initiative intelligence & autonomy Seamless interaction with devices + sensors Novel devices and sensors 14

15 Short Faculty Presentations Priya Narasimhan Martin Griss Jim Morris Pei Zhang Dan Siewiorek -phone Joy Zhang Ray Bareiss Norman Sadeh - phone Tony Wasserman Khalid Al Ali 15

16 BREAK

17 Brainstorming 1. Refine vision(s) 2. How to develop and engage with Silicon Valley community 3. Ideas for big, collaborative testbeds to drive collaborative research 4. Interesting short(er) term mobility projects 5. Key research issues MRC should investigate 17

18 Next Steps Finalize and launch sponsored projects Schedule regular advisory meetings Launch topical events and workshops Date of next meeting 18

19 SOCIAL >?? 19

20 BACKUP 20

21 Proactive Mobile Applications Provides intrinsically mobile, context-aware assistance Often unobtrusive adaptation, rather than explicit user control Driven by learned behaviors, context and preferences Trust and autonomy grow over time Helpful user experience Too passive Suits my level of trust Too proactive User B User A Assistant autonomy

22 Mobile Context-Aware Applications Context! Context! Context! Examples Mobile tour guide, restaurant & attraction recommender Proactive information provided at the point of need Location/time-zone/social-context phone-call and filters Targeted ads and e-coupons Traffic is backed up on your regular route home. Do you want to shop at Costco on the way, traffic should be lighter? And they have your favorite beer on sale 22