Saturday |
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A CoAP library for making developer's life simplier keep it simple |
IoT |
10:30 |
10:55 |
|
A distributed control system for the Internet of Things Alidron |
IoT |
11:00 |
11:25 |
|
Accessing Web Services from IoT Devices |
IoT |
11:30 |
11:55 |
|
Build an IoT platform on Matrix How to defragment your IoT vendor silos and securely decentralise your data via Matrix. |
IoT |
12:00 |
12:25 |
|
PostgreSQL features for IoT |
IoT |
12:30 |
12:55 |
|
Code Orchestration Dealing with the challenges of programming everything connected |
IoT |
13:00 |
13:25 |
|
Create Offline IoT Experiences with Beacons Learn the powers of NoSQL database for offline IoT experiences |
IoT |
13:30 |
13:55 |
|
Smart.JS, a tale of two platforms IoT full-stack development platform |
IoT |
14:00 |
14:25 |
|
Introduction to IoT.js |
IoT |
14:30 |
14:55 |
|
APIs, APIs all the way down or free software as IoT enabler |
IoT |
15:00 |
15:25 |
|
Lepton a FOSS OS for IoT a POSIX RTOS for tiny and small devices |
IoT |
15:30 |
15:55 |
|
Open-Source 6LoWPAN IoT BSP WPANKit - A Linux based Open-Source 6LoWPAN IoT BSP |
IoT |
16:00 |
16:25 |
|
Building an IoT Empire Developing IoT infrastructure with a variety of data transports, emphasizing Bluetooth |
IoT |
16:30 |
16:55 |
Sunday |
|
Introduction to the SDR Track Speakers, Topics, Algorithm |
Software Defined Radio |
09:00 |
09:10 |
|
The GNU Radio Companion Changelog An overview and recently added features to GNU Radio's Graphical Flowgraph Designer |
Software Defined Radio |
09:15 |
09:35 |
|
The GNU Radio Toolkit modtool, PyBOMBS, and how to actually start working on SDR |
Software Defined Radio |
09:45 |
09:55 |
|
Signal Intelligence Challenges How to get students into SDR |
Software Defined Radio |
10:05 |
10:20 |
|
Building Self-Optimizing Radios using DEAP |
Software Defined Radio |
10:25 |
10:40 |
|
Radio Machine Learning with FOSS Hallucinogenic radio fun |
Software Defined Radio |
10:45 |
11:10 |
|
The rad1o badge How it happend and how to use it |
Software Defined Radio |
11:15 |
11:40 |
|
Using Red Pitaya for radio applications (from LF to HF) |
Software Defined Radio |
11:45 |
12:10 |
|
SDR Track Panel About the future of free software SDR projects, and how we can collaborate |
Software Defined Radio |
12:15 |
13:10 |
|
Embedded SDR working with SDKs |
Software Defined Radio |
13:15 |
13:40 |
|
RFNoC -- Evolving SDR toolkits to the FPGA platform Faster, lower latency, and still GNU Radio |
Software Defined Radio |
13:45 |
14:05 |
|
News from the OAI Community |
Software Defined Radio |
14:15 |
14:40 |
|
srsUE: A high-performance software radio LTE UE |
Software Defined Radio |
14:45 |
15:10 |
|
Prototyping the 5G Air Interface in GNU Radio: An FBMC Primer |
Software Defined Radio |
15:15 |
15:40 |
|
Synchronization in distributed SDR for localization applications The challenge of nanosecond accuracy |
Software Defined Radio |
15:45 |
16:05 |
|
Wideband measurement strategies: from RADAR to passive wireless sensors ... and how passive wireless sensors were/are used by intelligence agencies. |
Software Defined Radio |
16:15 |
16:40 |