Differences

This shows you the differences between two versions of the page.

--- tutorials [2022/11/16 21:53] – lcardoso
+++ tutorials [2025/05/14 18:28] (current) – cmorin
@@ Line 3: / Line 3: @@
 Here are some tutorials, in increasing order of complexity. We advise beginners to follow the tutorials in the order they're presented.
-**Important : these tutorials are based upon the use of docker, be sure to have it installed on your computer. This will be the only requirement as we will provide you images with environments suitable for your local computer and the platform**
+**Important : Some of these tutorials (Ex 4) are based upon the use of docker installed on your computer. This will be the only requirement as we will provide you images with environments suitable for your local computer and the platform**
-{{ youtube>dd3f5pmPtNg?large|CorteXlab Introduction + Bokehgui (Presented at the GNU Radio European Days 2020) }}
+- Video Introduction: [[https://youtu.be/dd3f5pmPtNg|CorteXlab Introduction + Bokehgui (Presented at the GNU Radio European Days 2020)]]
+{{ youtube>dd3f5pmPtNg?large }}
-- Video Tutorial 1: [[https://youtu.be/dd3f5pmPtNg|CorteXlab Introduction + Bokehgui (Presented at the GNU Radio European Days 2020)]]
-- Tutorial 1: [[ GNU Radio Docker Benchmark example ]] This is the "Hello world" of Cortexlab using docker
-- Tutorial 2: [[ Bokehgui for CorteXlab ]] How to get eyes and ears inside the platform during your experiment
+- Tutorial 1: [[ Running your first experiment ]] This is the "Hello world" of Cortexlab
-- Tutorial 3: [[ LoRa dynamic PHY layer example ]] Introduction to the LoRa project
+- Tutorial 2: [[ Running your task interactively ]]
-- Tutorial 4: [[ Cache Aided Polar Coding ]] -- [Under development]
+- Tutorial 3: [[ Bokehgui for CorteXlab ]] How to get eyes and ears inside the platform during your  experiment
-- Tutorial 5: [[ EPHYL framework V2 ]]-- [Under development] An IoT-like network with slotted and synchronized transmissions for channel access policies
+- Tutorial 4: [[ GNU Radio Docker Benchmark example ]] This is the "Hello world" of Cortexlab using docker
-- Tutorial 6: [[ Creating Datasets for Fingerprinting ]]
+Application specific tutorials:
+- [[ LoRa dynamic PHY layer example ]] Introduction to the LoRa project
+- [[ Cache Aided Polar Coding ]] -- [Under development]
+- [[ EPHYL framework V2 ]]-- [Under development] An IoT-like network with slotted and synchronized transmissions for channel access policies
+- [[ Creating Datasets for Fingerprinting ]]
+- [[aff3ct_dvbs2_benchmark_example|AFF3CT based DVB-S2 benchmark example]]
+**Looking to learn GNU Radio? Follow GNU Radio's own** [[https://wiki.gnuradio.org/index.php/Tutorials|GNU Radio tutorials]]
+----
 **You can find bellow some older tutorials based on the legacy method. Here you will not use docker but you will have to install all softwares on your local computer. You can refer to the toolchain installation [[ Building a toolchain | page]] if you want to follow those tutorials. However we recommend that you use the new and easier method based on docker.**
@@ Line 26: / Line 43: @@
 - Tutorial 7: [[ Channel estimation example ]]. Your first useful experiment with CorteXlab. A more complex usage of the feedback tool. (to be written)
 - Tutorial 8: [[ FPGA PHY Zigbee | FPGA-based IEEE 802.15.4 PHY Layer Transmitter example using Custom Bitstream (PicoSDR)]]
-**Looking to learn GNU Radio? Follow GNU Radio's own** [[https://wiki.gnuradio.org/index.php/Tutorials|GNU Radio tutorials]]