This repository has been archived by the owner on Aug 13, 2020. It is now read-only.
-
Notifications
You must be signed in to change notification settings - Fork 91
Publications
Ola Angelsmark edited this page Oct 11, 2018
·
10 revisions
Calvin is handling the data transport in the 5G enabled manufacturing (5GEM) project. An introduction to the project and some video presentations are available here: Industrial Internet of Things.
- Per Persson, Ola Angelsmark, Calvin - Merging Cloud and IoT
- Ola Angelsmark, Per Persson, Requirement-based Deployment of Calvin Applications
- Amardeep Mehta, Rami Baddour, Fredrik Svensson, Harald Gustafsson, and Erik Elmroth, Calvin Constrained - A Framework for IoT Applications in Heterogeneous Environments
- Per Persson, Ola Angelsmark, Kappa - Serverless IoT Deployment
- Per Skarin, William Tärneberg, Karl-Erik Årzen, and Maria Kihl, Towards Mission-Critical Control at the Edge and Over 5G
There are a few Ericsson Research blog posts that gives a layman introduction to some aspects of Calvin:
- Joakim Persson, Open Source release of IoT app environment Calvin
- Ola Angelsmark, A closer look at Calvin
- Per Persson, Calvin means business
- Per Persson, Ola Angelsmark, Calvin smart IoT development
- Fredrik Svensson, Ola Angelsmark, Why we want Calvin available on as many devices as possible
- Gerda Sidwall Thygesen, Linnea Dahlgren, Sabah Zafar, Vilhelm Kindberg, Sneak peek into the new Ericsson Garage – Summer in the Labs
A growing collection of Calvin-related MSc theses are available on-line:
- Alexander Najafi, Mobile Devices In the Distributed IoT Platform Calvin
- Niklas Lindskog, Consistent Authentication in Distributed Networks
- Jonatan Broberg, Philip Ståhl, Dynamic Fault Tolerance and Task Scheduling in Distributed Systems
- José María Roldán Gil, Secure Domain Transition of Calvin Actors
- Tomas Nilsson, Authorization Aspects of the Distributed Dataflow-oriented IoT Framework Calvin
- Jakob Mejvik, Cloud Robotics for 5G
- Lorenzo Corneo, Calvin based IoT framework on resource constrained devices