| | 15 | === Tasks === |
| | 16 | * '''Part A: Cyber Physical System (Higher Priority Tasks)''' |
| | 17 | * Get familiar with camera system available |
| | 18 | * Implement application that transmits video over the network in standard format. Requirements: |
| | 19 | * Control of frame per second transmitted over the network |
| | 20 | * Potentially start with transmitting single frames (i.e. still pictures) |
| | 21 | * Implement server application for object recognition. Standard libraries are available. Random references (some very recent papers, many more could be found that are simpler to understand): |
| | 22 | * http://dl.acm.org/citation.cfm?id=2742663 |
| | 23 | * http://synrg.csl.illinois.edu/papers/overlay.pdf |
| | 24 | * Collect training set of objects/buildings |
| | 25 | * Implement simple graphical interface to display processing results |
| | 26 | * '''Part B: MobilityFirst''' |
| | 27 | * Get familiar with MobilityFirst and its prototype |
| | 28 | * Run basic experiments on Orbit |
| | 29 | * Get familiar with MobilityFirst Network API |
| | 30 | * Test basic applications using MobilityFirst’s VN with ASR |
| | 31 | * '''Integration''' |
| | 32 | * CBS application port to the MobilityFirst API. Two options: |
| | 33 | * Through IP-to-MF proxy and vice-versa |
| | 34 | * Replacement of network logic through native MF implementation (preferred option) |
| | 35 | * Test on Orbit MF topology |
| | 36 | * Run on top of MobilityFirst VN with ASR |
