Information technology — UPnP Device Architecture — Part 28-1: Multiscreen device control protocol —...
1 Scope
Today multi-screen/second-screen solutions are proliferating. However, each is a proprietary
vertical for particular vendor(s). Therefore users expectations aren’t being met:
? Seamless interoperability across vendors.
? Ability for second screen integrated usages rather than 100s of different apps.
The UPnP Multi-Screen Device Control Protocols (DCPs) provide an open interface to…
Information technology — UPnP Device Architecture — Part 28-2: Multiscreen device control protocol —...
1 Scope
This document defines a device type referred to as ScreenDevice version 1. This device
specification is compliant with UPnP Device Architecture 1.0 [1].
The ScreenDevice provides various interactive services with other display device(s) which is
(are) implemented with Screen Control Point(s). It is designed to be controlled by and interact
with Screen Control Point(s). See the Multi-…
Information technology — UPnP Device Architecture — Part 29-2: Multiscreen device control protocol —...
1 Scope
This document defines a device type referred to as ScreenDevice version 2. This device
specification is compliant with UPnP Device Architecture 1.0 [1].
ScreenDevice provides various interactive services with other display device(s) which is (are)
implemented with Screen Control Point(s). It is designed to be controlled by and interact with
Screen Control Point(s). See the Multi-…
Information technology — UPnP Device Architecture — Part 30-1: IoT management and control device con...
1 Scope
1.1 Introduction
This document describes the overall UPnP IoTManagementAndControl Architecture, which
forms the foundation for the UPnP IoTManagementAndControl device [11] and UPnP
DataStore service [13] specifications. The IoTManagementAndControl device hosts services
to bridge sensor devices connected to both UPnP networks as well as non-UPnP based
networks. The DataStore service…
Information technology — UPnP Device Architecture — Part 30-2: IoT management and control device con...
1 Scope
This document defines the device for IOT Management and Control, which identifies Level 1
of the device named IOT Management and Control. This Publicly Available Specification is
applicable to Standardized DCPs of the UPnP Forum which include this device.
This device definition is compliant with the UPnP Device Architecture version 1.0 [1]. It
defines a device type referred to herein…
Information technology — UPnP Device Architecture — Part 30-10: IoT management and control device co...
1 Scope
1.1 Introduction
This document defines the service DataStore:1, which identifies Version 1 of the service
named DataStore. This Publicly Available Specification is applicable to Standardized DCPs of
the UPnP Forum which include this service.
This service definition is compliant with the UPnP Device Architecture, version 1.0.
Information technology — UPnP Device Architecture — Part 30-12: IoT management and control device co...
1 Scope
This part of Publicly Available Specification ISO/IEC 29341 specifies the characteristics of a
networked service that offers sensor and/or actuator data transport capabilities to an
independent networked entity known as a control point.
This document defines the service SensorTransportGeneric:1 (in short TransportGeneric),
which identifies Level 1 of the UPnP IoT Management and…
Information technology — UPnP Device Architecture — Part 31-1: Energy management device control prot...
1 Scope
This specification is compliant with the UPnP Device Architecture version 1.0. It
defines a service type named EnergyManagement service. It is scoped to any UPnP
Device that needs to convey energy management functionality available for the UPnP
Device and its services.
Information technology — Gesture-based interfaces across devices and methods — Part 11: Single-point...
1 Scope
This document defines single-point gestures for common system actions used in information and communication technology (ICT) systems. It specifies movements for clear and classified gestures recognized by the systems and applications. The single-point gestures are performed using an input device (e.g. a mouse, a stylus, etc.) or a body part (e.g. a fingertip, a hand, etc.). These single-…
Smart city concept model — Guidance for establishing a model for data interoperability
1 Scope
This International Standard describes, and gives guidance on, a smart city concept model (SCCM)
that can provide the basis of interoperability between component systems of a smart city, by
aligning the ontologies in use across different sectors. It includes:
• concepts (e.g. ORGANIZATION, PLACE, COMMUNITY, ITEM, METRIC, SERVICE, RESOURCE); and
• relationships between concepts (e.g.…