Coffee and Snacks are available before the opening of the conference
Welcome and Introduction Note from the Osmocom project founder
Review of 10 years Osmocom history
Discusses what kind of options you have in terms of SIM/USIM cards when operating Osmocom based networks
Quick presentation about a few small opensource Java applets developed for sysmoUSIM-SJS1
OsmoTRX used to support only either UHD or libusrp1, with a compile-time choice. Now, we can build multiple targets such as osmo-trx-{usrp,uhd} and have added LimeSuite support with osmo-trx-lms.
Moderated panel discussion with Osmocom developers and public Q&A
Lunch break (day 1)
This talk explains how Osmocom set out in late 2017 / early 2018 to establish extensive integration testing using TTCN3 and Eclipse TITAN.
Why design a new E1 adapter in 2018?
Experience from WaveMobile on operating a small but real-world roaming 2G network based on the Osmocom 2G protocol stack.
Afternoon break
In 2018, Steve Markgraf released osmo-fl2k, [ab]using inexpensive USB3 VGA dongles as SDR transmitters.
An overview of how organizations and communities are using Osmo projects to create real-world implementations of low-cost, community-based cellular networks
How to use the SMPP interface to implement external SMS services
Introducing the GSUP based external USSD interface of the Osmocom Core Network stack
In 2018, after 6+ years of SIMtrace, we finally released SIMtrace2. This talk introduces the what, how and why.
A quick glance at what's happening on the R&D side with osmo-remsim.
Coffee Break
In 2018, OsmoBSC has undergone significant changes to allow load-based hand-over between overlapping cells. This talk describes the implementation and its configuration/use.
How OsmBSC was extended to support inter-BSC hand-over next to the existing intra-BSC hand-over support.
Containerizing the Osmocom stack for production readiness
Lunch break (day 2)
This talk covers some MGCP background know-how, introduces OsmoMGW and explains how OsmoMGW is used by OsmoMSC and OsmoBSC to control the RTP user plane of voice calls.
This talk introduces 3GPP "Local Call, Local Switch" and covers the capabilities of the Osmocom implementation.
How do you run a GSM network with unreliable backhaul, maintaining as many local services as possible available during periods of backhual outage?
Let's have a look on the roadmap for Osmocom in the next 12 months or so.
Farewell Coffee and Snacks
