IoT & Edge
As part of this session, will use Espressif-IDE powered with Eclipse CDT for developing AIoT-based human face detection and human face recognition applications using the esp-who framework.
IoT & Edge
We will be talking about a unique library called VAST, a spatial publish/subscribe (SPS) library developed as a cost effective and highly scalable alternative to the existing publish/subscribe architectures. Unlike a standard pub/sub architecture that deals with topics/channels, SPS is a scheme whereby subscriptions and publications are associated with a point, area or volume in a spatial environment. This is made possible thanks to more and more modern devices being developed with some form of spatial functionality.
IoT & Edge
Free and open-source hardware is no more a dream. Freedom, cost, security, control, and digital sovereignty are only a few advantages of choosing open-source hardware IPs.
The Eclipse Foundation and the OpenHW Group, a not-for-profit global organization, are designing with their members on the highway towards industrial-grade, production-ready open-source cores, and related IP, tools, and software. In this talk, we introduce you to the OpenHW Group ecosystem, its relationship with Eclipse, and its working task groups.
IoT & Edge
The implementation of Industry 4.0 presents companies with major challenges.
For example, existing systems such as ERP or PLM contain valuable data assets, but are not easy to integrate with the new Industry 4.0 concepts such as the digital twin. In addition, there are many interactions between existing systems, creating a web of dependencies that is difficult to break. As a result, Industry 4.0 can only be successfully implemented with a structured migration path that minimizes risks by avoiding a big-bang migration.
IoT & Edge
Many embedded systems are held back by the fact that they use ancient toolchains - often because that's what's provided by chipset makers as part of a BSP. Here's how we solve the problem in the Eclipse Oniro project - and how other IoT/embedded systems projects inside Eclipse can benefit.
The target audience is people working on IoT/Edge/embedded systems projects (including automotive) who want to know about toolchains and crosscompilers for their target devices. There are often better options than using a hardware vendor provided BSP.
IoT & Edge
Eclipse Hono provides a cloud native device connectivity layer that can be deployed to a container orchestration platform like Kubernetes. The project has graduated from incubation in October 2019 and has since evolved into a full fledged device connectivity solution that supports connecting millions of devices using arbitrary device protocols like MQTT, HTTP, AMQP 1.0 and CoAP out of the box. Together with Eclipse Ditto and hawkBit, Hono is at the core of the Bosch IoT Suite SaaS product offering.
IoT & Edge
Eclipse Zenoh is a communication middleware designed to work across communication technologies, such as Ethernet, TSN, WiFi, Serial, OpenThreadX and BLE. It can operate at different geographical scales such as LAN, MAN and WAN, and in various topology configurations such as peer-to-peer, mesh, brokered and routed. Zenoh also provides a plugin mechanism to integrate with other middlewares like MQTT, DDS and HTTP, as well as to integrate with many storage technologies like InfluxDB, RocksDB, and MariaDB.
IoT & Edge
Have you ever struggled to integrate embedded devices in your application logic? Especially when your application may also run everywhere across the cloud to thing continuum? For a long time, stitching together multiple communication technologies has been the obvious way to go for making microcontrollers part of your application. But a new time has come.
Eclipse Zenoh has proven to be a unified solution for the Cloud-to-Things continuum for efficiently distributing data, greatly improving the wire efficiency of existing protocols while providing higher level abstractions.
IoT & Edge
What is Zenoh-Flow?
Zenoh-Flow is data flow on Zenoh. Zenoh-Flow provides the capability to structure a complex application into several computing units forming a graph. Zenoh-Flow will take care of the deployment of this graph in a location transparent manner without any user interaction. This helps application developers to solely focus on their core business logic.
What can you expect from this presentation?
IoT & Edge
Digital Twins, one of the cornerstone technologies of Industry 4.0, are on the rise and will soon become an essential part of industrial production. As interoperability is a crucial aspect of Industry 4.0, Digital Twins should be based on open standards and specifications. The Asset Administration Shell (AAS) is the most well-known specification for Digital Twins.
IoT & Edge