Developer tourguide
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Development of context-aware applications
Development of context-aware applications
Update – query context
Connection to context providers
Subscription to context changes
Geolocated context queries
Connection to the Internet of Things
Connection to the Internet of Things
Reading data from IoT devices
Acting upon IoT devices
Real-time processing of context events
Real-time processing of context events
How to define a CEP application
How to administrate the CEP
How to send input events to the CEP
Handling authorization and access control to APIs
Handling authorization and access control to APIs
Creating your identity in FIWARE
Implementing OAuth2 in apps
How to send requests to a FIWARE GE
How to secure your backend service
How to manage Access Control in FIWARE
References
Publishing (Open) Data in FIWARE
Publishing (Open) Data in FIWARE
How to Publish (Open) Datasets in CKAN
How to Publish Context Information as (Open) Data in CKAN
How to Offer Datasets (including Context Information) through the WStore
How to Offer Datasets (including Context Information) through the WStore
Offering Datasets Directly Through the CKAN Interface
Offering Datasets Through the WStore interface
Acquiring Datasets Offered in the WStore
Big Data analysis of historic context information
Creating application dashboards
Creating application dashboards
How to find widgets and other components for your dashboard
How to create your application dashboard from these building blocks
How to interconnect widgets and connect them to backend resources
How to share, sell or make available your new dashboard
How to develop new widgets and operators
How to make AJAX requests to external services
How to receive events
How to send events
How to use other FIWARE GEs from your widgets and operators
Real-time processing of media streams
Real-time processing of media streams
What is WebRTC and what is a media server
What is the architecture of a Kurento enabled application
How to develop a Kurento enabled application
Providing an advanced User Experience (UX)
Providing an advanced User Experience (UX)
3D-UI: Interactive 3D graphics and Augmented Reality in any Web browser
XML3D: Interactive 3D graphics and Augmented Reality via DOM extensions
XML3D: Interactive 3D graphics and Augmented Reality via DOM extensions
How to set up a first XML3D scene
How to use Xflow for AR applications with XML3D and the Augmented Reality GE
3D graphics on the Web with Three.js
Multiuser 3D with WebTundra (Games, Virtual Worlds, Collaborative applications)
Hosting your application on a FIWARE Cloud
Hosting your application on a FIWARE Cloud
How to provision and manage your virtual infrastructure on FIWARE Cloud
How to use Object Storage capabilities of FIWARE Cloud
How to use Blueprints to manage complex applications hosted on FIWARE Cloud
How to invoke FIWARE Cloud capabilities via an API
FIWARE Tour Guide Application. A tutorial on how to integrate the main FIWARE GEs
Developer tourguide
Docs
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Providing an advanced User Experience (UX) »
3D graphics on the Web with Three.js
Gallery of applications: http://threejs.org/
Examples catalogue: http://threejs.org/examples/
Is integrated in WebTundra with Synchronization GE
Also XML3D support
Can be used also standalone for single user applications (normal web pages with 3d)