| 1 | Abstract: |
| 2 | Mobile networking research has historical not benefited much |
| 3 | from input from the academic research community. There are |
| 4 | a number of reasons for this state of affairs. First, the mobile |
| 5 | networking domain is inherently complicated and has historically been |
| 6 | primarily driven by extended standardization efforts by telecom |
| 7 | vendors and providers. Second the relative scarcity of practical |
| 8 | research work in this space is the direct result of a lack of access |
| 9 | to realistic experimental platforms to enable research and |
| 10 | experimentation. Third, historically there has been a lack of |
| 11 | open source mobile networking stacks, which effectively constrained |
| 12 | research in this space to well funded industrial labs. |
| 13 | |
| 14 | We argue that mobile networking research is poised to break out of |
| 15 | this traditional model: First, the impact on networking of the various |
| 16 | “soft” technologies (software-defined-networking, cloud computing, |
| 17 | software-defined-radio, network function virtualization) is likely to |
| 18 | extend into the mobile networking space. Second, initiatives by funding |
| 19 | and regulatory agencies, e.g., by the FCC [3] and the NSF [1], are attempting |
| 20 | to enable more experimentation and innovation and the realization of |
| 21 | new business models in the mobile networking space. Third, over the |
| 22 | last couple of years, viable open source mobile networking stacks have |
| 23 | emerged which enable experimental work in this space [4, 5]. Finally, |
| 24 | experimental testbeds focused on enabling research in the area of |
| 25 | mobile networking are available [1, 2]. |
| 26 | |
| 27 | To help foster this breakout, in this Webinar we will introduce attendees |
| 28 | to the PhantomNet testbed [2]. PhantomNet is a remotely accessible |
| 29 | mobile networking testbed with a range of hardware and software |
| 30 | components to enable a broad range of mobile networking research. |
| 31 | We will describe the capabilities of PhantomNet and walk attendees |
| 32 | through the realization of a basic 4G network in the testbed. Attendees |
| 33 | will be pointed to material that would allow them to perform this |
| 34 | on their own. We will also briefly cover our future plans as well as |
| 35 | other PhantomNet features. |
| 36 | |
| 37 | [1] 5G Wireless Network Research at NSF. http://www.nsf.gov/cise/5G/. |
| 38 | [2] PhantomNet - Mobility Testbed. https://www.phantomnet.org. |
| 39 | [3] Report and Order on Significant Changes to Experimental Rules. https://www.fcc.gov/ document/report-and-order-significant-changes-experimental-rules. |
| 40 | [4] OpenLTE. http://openlte.sourceforge.net/, 2015. |
| 41 | [5] Mobile Communications Department at EURECOM. OpenAirInterface. http://www. openairinterface.org/, 2015. |