Custom Query (1408 matches)

1. Offloading resource intensive mobile applications to nearby compute resources provides energy savings and latency benefits to mobile devices. A central controller enforces enterprise security policies by assigning specific applications to specific idle resources. The controller configures OpenFlow switches to create paths between mobile devices and a selected offloading destinations. This demonstration builds on demos at previous GECs by showing a full working system that integrates with OpenFlow.

2. One AC connection (for laptop)

3. One wired network connection (for laptop)

4. Four wireless network connections (for mobile devices and laptop)

5. No static addresses

6. No projector

7. No monitor

8. One poster

9. No special requests

1. Our Enterprise Centric Offloading System (ECOS) is designed to address two key requirements of enterprise settings that existing mobile application offloading systems fail to address: data privacy and resource scheduling. ECOS addresses this issues by identifying the privacy level of offloaded application state, limiting offloading to trusted resources, and multiplexing offloading requests from many devices with diverse goals to a range of compute resources. This plenary demo focuses on ECOS's ability to offload applications from Android devices to both local servers and a remote cloud while preserving privacy, meeting user goals, and ensuring offloading is beneficial.

2. Two laptops -- one for visualization of resource usage and one for showing an Android emulator

3. Two -- one for each laptop

4. None

5. None

6. One for each laptop

7. NA

8. NA

9. None

1. Our Enterprise Centric Offloading System (ECOS) is designed to address two key requirements of enterprise settings that existing mobile application offloading systems fail to address: data privacy and resource scheduling. ECOS addresses this issues by identifying the privacy level of offloaded application state, limiting offloading to trusted resources, and multiplexing offloading requests from many devices with diverse goals to a range of compute resources. This

demo focuses on ECOS's ability to preserve privacy while ensuring offloading offers latency improvements or energy savings.

2. One laptop

3. One wired network connection

4. No wireless network connections

5. No static addresses

6. One projector

7. No monitors

8. One 30" x 40" poster

9. Description of any special requests (network connectivity needs other than commodity Internet, other projects you'd like to be located near, etc.)