@@ -9,11 +9,11 @@ L2S-M provides its intended functionalities using a programmable data-plane base
The main K8s interface of pods remains intact (provided by a CNI plugin), retaining the compatibility with all the standard K8s elements (e.g., services, connectivity through the main interface, etc.). Moreover, the solution has the potential to be used for inter-cluster communications to support scenarios where network functions are spread through multiple distributed infrastructures (this is still a work in progress).
The figure outlines the design of L2S-M. See [how L2S-M works](https://github.com/Networks-it-uc3m/L2S-M/tree/main/additional-info) to read further details on the L2S-M solution.
The figure outlines the design of L2S-M. See [how L2S-M works](./additional-info/) to read further details on the L2S-M solution.
If you want to learn how to install L2S-M in your cluster, see the [installation guide](https://github.com/Networks-it-uc3m/L2S-M/tree/main/deployments) of this repository to start its installation.
If you want to learn how to install L2S-M in your cluster, see the [installation guide](./deployments) of this repository to start its installation.
Did you already install the operator and you cannot wait to start building your own virtual networks in your K8s cluster? Check out our [ping-pong](https://github.com/Networks-it-uc3m/L2S-M/tree/main/examples/ping-pong) example!
Did you already install the operator and you cannot wait to start building your own virtual networks in your K8s cluster? Check out our [ping-pong](./examples/ping-pong) example!
If you want more information about the original idea of L2S-M and its initial design, you can check our latest publication in the [IEEE Network journal](https://ieeexplore.ieee.org/document/9740640):
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@@ -34,7 +34,7 @@ The solution can work jointly with L2S-M or be used standalone through the [Mult
The solution enables the creation and deletion of virtual link-layer networks to connect application workloads running in different virtualization domains. This way, it supports inter-domain link-layer communications among remote workloads.
### Additional information about L2S-M
In the [following section](https://github.com/Networks-it-uc3m/L2S-M/tree/main/additional-info) of the repository, you can find a series of documents and slides that provide additional information about L2S-M, including presentations where our solution has been showcased to the public in various events.
In the [following section](./additional-info) of the repository, you can find a series of documents and slides that provide additional information about L2S-M, including presentations where our solution has been showcased to the public in various events.
L2S-M has been presented in the following events:
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@@ -45,11 +45,13 @@ L2S-M has been presented in the following events:
### How to reach us
Do you have any doubts about L2S-M or its installation? Do you want to provide feedback about the solution? Please, do not hesitate to contact us out through e-mail!
- Alex T. de Cock Buning: 100383348@alumnos.uc3m.es (Universidad Carlos III de Madrid)
- Luis F. Gonzalez: luisfgon@it.uc3m.es (Universidad Carlos III de Madrid)
- Ivan Vidal : ividal@it.uc3m.es (Universidad Carlos III de Madrid)
- Francisco Valera: fvalera@it.uc3m.es (Universidad Carlos III de Madrid
- Diego R. Lopez: diego.r.lopez@telefonica.com (Telefónica I+D)
- Alex T. de Cock Buning: 100383348@alumnos.uc3m.es (Universidad Carlos III de Madrid)
### Acknowledment
The work in this open-source project has partially been supported by the European H2020 FISHY Project (grant agreement 952644) and by the H2020 Labyrinth project (grant agreement 861696).
