W3C

Delivery Context Ontology

W3C Working Draft 21 December 2007

This version:
http://www.w3.org/TR/2007/WD-dcontology-20071221/
Latest version:
http://www.w3.org/TR/dcontology/
Previous version:
This is the first Public Working Draft
Editor:
Rhys Lewis, Volantis Systems Ltd. <rhys@volantis.com>

Abstract

The Delivery Context Ontology provides a formal model of the characteristics of the environment in which devices interact with the Web. The delivery context includes the characteristics of the device, the software used to access the Web and the network providing the connection among others.

The delivery context is an important source of information that can be used to adapt materials from the Web to make them useable on a wide range of different devices with different capabilities.

The ontology is formally specified in the Web Ontology Language [OWL]. This document describes the ontology and gives details of each property that it contains.

The core, normative sections of this document are generated automatically from the ontology itself.

Status of this Document

This section describes the status of this document at the time of its publication. Other documents may supersede this document. A list of current W3C publications and the latest revision of this technical report can be found in the W3C technical reports index at http://www.w3.org/TR/.

This is the first public Working Draft of a possible future W3C Recommendation.

The purpose of the Delivery Context Ontology is to provide a formal model for the delivery context which other specifications can reference normatively. It is anticipated that work at W3C and in other standards organisations will reference the ontology when needing formal definitions associated with the delivery context.

Comments on this document may be sent to the public public-uwa@w3.org mailing list (archived at http://lists.w3.org/Archives/Public/public-uwa/).

Publication as a Working Draft does not imply endorsement by the W3C Membership. This is a draft document and may be updated, replaced or obsoleted by other documents at any time. It is inappropriate to cite this document as other than work in progress.

This document is published as part of the W3C Ubiquitous Web Applications Activity by the Ubiquitous Web Applications Working Group. It is a deliverable as defined in the Charter of that group.

This document was produced by a group operating under the 5 February 2004 W3C Patent Policy. W3C maintains a public list of any patent disclosures made in connection with the deliverables of the group; that page also includes instructions for disclosing a patent. An individual who has actual knowledge of a patent which the individual believes contains Essential Claim(s) must disclose the information in accordance with section 6 of the W3C Patent Policy.

Table of Contents

1 Introduction
    1.1 Definition of the Ontology
        1.1.1 Disjoint Classes
    1.2 Reading the Specification
        1.2.1 Conformance Information
            1.2.1.1 Normative and Informative Parts
            1.2.1.2 Normative Language for Conformance Requirements
    1.3 Documentation Conventions
        1.3.1 Reading the Property Tables
        1.3.2 Reading the Example Tables
2 Image Type
    2.1 Examples of the Image Type Class
3 Device
    3.1 Examples of the Device Class
4 Delivery Context
    4.1 Examples of the Delivery Context Class
5 Aspect Ratio
    5.1 Examples of the Aspect Ratio Class
6 Page Markup Support
    6.1 Examples of the Page Markup Support Class
7 CPU
    7.1 Examples of the CPU Class
8 Web Browser Support
    8.1 Examples of the Web Browser Support Class
9 Image Support
    9.1 Examples of the Image Support Class
10 Web Browser
    10.1 Examples of the Web Browser Class
11 Script Language
    11.1 Examples of the Script Language Class
12 Style Language
    12.1 Examples of the Style Language Class
13 Operating System Support
    13.1 Examples of the Operating System Support Class
14 Text Input Type
    14.1 Examples of the Text Input Type Class
15 Bluetooth Support
    15.1 Examples of the Bluetooth Support Class
16 Network Support
    16.1 Examples of the Network Support Class
17 Operating System
    17.1 Examples of the Operating System Class
18 Pointing Input Type
    18.1 Examples of the Pointing Input Type Class
19 Pixel Count
    19.1 Examples of the Pixel Count Class
20 Bluetooth Profile
    20.1 Examples of the Bluetooth Profile Class
21 Device Name
    21.1 Examples of the Device Name Class
22 Orientation
    22.1 Examples of the Orientation Class
23 Pointing Resolution
    23.1 Examples of the Pointing Resolution Class
24 Camera
    24.1 Examples of the Camera Class
25 Network Bearer
    25.1 Examples of the Network Bearer Class
26 Device Hardware
    26.1 Examples of the Device Hardware Class
27 Display
    27.1 Examples of the Display Class
28 Page Markup
    28.1 Examples of the Page Markup Class
29 Device Software
    29.1 Examples of the Device Software Class
30 Unit Conversion
    30.1 Meter to Pica Conversion
    30.2 Meter to Point Conversion
    30.3 Meter to Millimeter Conversion
    30.4 Meter to Centimeter Conversion
    30.5 Meter to Inch Conversion
    30.6 Meter to Foot Conversion
31 Character Set
    31.1 Examples of the Character Set Class
32 Tactile Input Type
    32.1 Examples of the Tactile Input Type Class
33 Battery
    33.1 Examples of the Battery Class
34 Memory Unit
    34.1 Examples of the Memory Unit Class
35 Orientation Support
    35.1 Examples of the Orientation Support Class
36 Page Markup Feature Restriction
    36.1 Examples of the Page Markup Feature Restriction Class
37 Physical Quantity
    37.1 Physical Electric Charge
        37.1.1 Milliamp Hours
            37.1.1.1 Examples of the Milliamp Hours Class
        37.1.2 Coulombs
            37.1.2.1 Examples of the Coulombs Class
    37.2 Physical Length
        37.2.1 Meters
            37.2.1.1 Examples of the Meters Class
        37.2.2 Feet
            37.2.2.1 Examples of the Feet Class
        37.2.3 Picas
            37.2.3.1 Examples of the Picas Class
        37.2.4 Centimeters
            37.2.4.1 Examples of the Centimeters Class
        37.2.5 Millimeters
            37.2.5.1 Examples of the Millimeters Class
        37.2.6 Inches
            37.2.6.1 Examples of the Inches Class
        37.2.7 Points
            37.2.7.1 Examples of the Points Class
38 The Paths to the Characteristics
39 Derived Properties

Appendices

A References
    A.1 Normative References
    A.2 Informative References
B Acknowledgements (Non-Normative)


1 Introduction

The Delivery Context Ontology provides a formal model of the characteristics of the environment in which devices interact with the Web. The delivery context includes the characteristics of the device, the software used to access the Web and the network providing the connection among others.

The delivery context is an important source of information that can be used to adapt materials from the Web to make them useable on a wide range of different devices with different capabilities.

1.1 Definition of the Ontology

The ontology is formally specified in OWL[OWL]. The core, normative sections of this document are generated automatically from the ontology itself.

The ontology conforms to the OWL-DL expressivity. This allows it to be used within appropriately written reasoning systems.

1.1.1 Disjoint Classes

The ontology contains a large number of disjoint classes. OWL-DL requires explicit definition of each disjoint relationship between classes. The number of such definitions becomes unmanageably large in ontololgies with a large number of classes.

Fortunately, there is an alternative mechanism for ensuring that classes are considered disjoint, without requiring the use of explicit statements. The mechanism relies on each class including a property that has a unique value. In this ontology, the property used is called deliveryContextEntityName. Each class derived from DeliveryContextEntity includes this property. Each class has a unique value for this property. The mechanism is referenced in the OWL Guide[OWL] in the discussion on disjoint classes. An illustration of the technique appears in [OWL-Test] in the section on Positive Entailment Test.

Editorial note: Rhys 16/8/2007
The initial set of properties for the ontology were modelled on those in UAProf version 2. Subsequent discussion has enriched the set of properties currently defined. A number of groups are in the process of creating sets of properties for inclusion in the ontology. As a result it is likely that the properties will change. It's likely that the structure of the ontontology will change in the light of new properties being added. Readers should not assume that this version represents any concensus about the content or the structure of the ontology. It does, however, represent a starting point for discussion. It also illustrates a number of basic features that such an ontology needs to provide. It seems likely that the overall structure and approach is likely to prove appropriate.

1.2 Reading the Specification

1.2.1 Conformance Information

1.2.1.1 Normative and Informative Parts

The normative and informative parts of this specification are identified by use of labels within various sections. Generally, everything in the specification is considered to be normative, apart from the examples.

1.2.1.2 Normative Language for Conformance Requirements

Individual conformance requirements or testable statements are identified by the use of specific key words. In particular, the key words must, must not, required, shall, shall not, should, should not, recommended, may, and optional in this specification are to be interpreted as described in [IETF RFC 2119].

1.3 Documentation Conventions

This section describes the structure and layout of the sections that document the ontology. The delivery context is essentially hierarchical. The hierarchy is defined in 38 The Paths to the Characteristics. Despite the hierarchical nature of the delivery context, every individual property has an unique name.

Properties are associated with classes within the ontology. Each top level class is documented in its own chapter. Subclasses are documented within the chapter for their superclass. Cross references within this document link properties, classes and examples of their use.

1.3.1 Reading the Property Tables

Each class in the ontology is associated with a set of properties. These properties are defined in tables in the appropriate section of the specification. Each row in a table defines a single property in terms of a number of fields. The fields used in these tables are described as follows:

Name

This field contains the formal name of the property within the class.

Type

This field contains the type of the property. Datatype properties have types that are not themselves classes. Examples include xsd:int, xsd:boolean, xsd:string and xsd:float. Object properties have types that are classes. Usually these classes are themselves defined in the ontology.

Description

This field contains a description of the property.

Occurs

This field defines the cardinality of the property. The number of occurences of the property within the class is shown as an expression. For example, the expression ≥ 0 and ≤ 1 indicates that a property is optional. It's cardinality is 0 or 1. Similarly, the expression =1 indicates that a property always occurs exactly once.

Value(s)

This field holds values that apply across every instance of a class.

Some property values are fixed for every instance of a class. Where this is the case, the value shown in the Value(s) field is prefixed by the phrase Class Value:. For example, every instance of the class Meters, which represents a physical length in meters, has a unitName property with the value "meter".

Some properties can hold values from a specific, predefined set. Where this is the case, the value shown in the Value(s) field is prefixed by the phrase One of:. For example, the Orientation class, which represents the orientation of features such as displays or cameras, has an orientationValue property which can take only the values 0, 90, 180 or 270.

Alternate Names

This field defines the alternative names for the property. Alternative names might be useful in different programming environments for consistency with conventions.

1.3.2 Reading the Example Tables

Examples are given for specific classes in the specification. The associated tables contain one or more example classes, complete with values for each of their properties. The fields used in these tables are described as follows:

Example Instance

This field contains the identification of the instance that provides the example.

Property Name

This field contains the formal name of the property whose value is shown as part of the example.

Type

This field contains the type of the property in the example. Datatype properties have types that are not themselves classes. Examples include xsd:int, xsd:boolean, xsd:string and xsd:float. Object properties have types that are classes. Usually these classes are themselves defined in the ontology.

Value(s)

This field contains the value(s) of the property. Where a property has a cardinality of >1, multiple values may be shown in the example.

2 Image Type

This class represents a particular type of image, such as jpeg, gif or png.

Properties of the Image Type Class
Name Type Description Occurs Value(s) Alternate Names
imageTypeColloquialName xsd:string The colloquial name for this type of image. =1  
imageTypeColloquialName
image-type-colloquial-name
imageContentType xsd:string This is the MIME type associated with this type of image. =1  
imageContentType
image-content-type

2.1 Examples of the Image Type Class

Example Instance Property Name Type Value(s)
Progressive JPEG imageTypeColloquialName xsd:string
Progressive JPEG
imageContentType xsd:string
image/jpeg
PNG imageTypeColloquialName xsd:string
PNG
imageContentType xsd:string
image/png
JPEG imageTypeColloquialName xsd:string
JPEG
imageContentType xsd:string
image/jpec
GIF imageTypeColloquialName xsd:string
GIF
imageContentType xsd:string
image/gif

3 Device

This class represents a device in the delivery context

Properties of the Device Class
Name Type Description Occurs Value(s) Alternate Names
deviceName DeviceName The name assigned to a device =1  
deviceName
device-name
deviceSoftware DeviceSoftware This property represents the software on the device =1  
deviceSoftware
device-software
deviceHardware DeviceHardware This property represents the hardware associated with a device =1  
deviceHardware
device-hardware

3.1 Examples of the Device Class

Example Instance Property Name Type Value(s)
Device_SonyEricsson_P910i deviceName DeviceName
Sony Ericsson P910i V 1.0
deviceSoftware DeviceSoftware
DeviceSoftware_P910i
deviceHardware DeviceHardware
DeviceHardware_SonyEricsson_P910

4 Delivery Context

This class represents the set of characteristics that describes the context in which materials are exchanged between the Web and a device.

Properties of the Delivery Context Class
Name Type Description Occurs Value(s) Alternate Names
device Device This property represents the device associated with the delivery context. =1  
device
device
network NetworkSupport This property represents the network in a delivery context. =1  
network
network

4.1 Examples of the Delivery Context Class

Example Instance Property Name Type Value(s)
ExampleDC_1 device Device
network NetworkSupport

5 Aspect Ratio

This class represents an aspect ratio. The Aspect Ratio is ratio of the width, of some physical entity, to its height.

Properties of the Aspect Ratio Class
Name Type Description Occurs Value(s) Alternate Names
aspectRatioWidthComponent xsd:positiveInteger This is a value representing the width component of an aspect ratio. For example, for a 4:3 aspect ratio, this value would be 4. =1  
aspectRatioWidthComponent
aspect-ratio-width-component
aspectRatioHeightComponent xsd:positiveInteger This is a value representing the height component of an aspect ratio. For example, for a 4:3 aspect ratio, this value would be 3. =1  
aspectRatioHeightComponent
aspect-ratio-height-component

5.1 Examples of the Aspect Ratio Class

Example Instance Property Name Type Value(s)
AspectRatio_2_3 aspectRatioWidthComponent xsd:positiveInteger
2
aspectRatioHeightComponent xsd:positiveInteger
3
AspectRatio_1_1 aspectRatioWidthComponent xsd:positiveInteger
1
aspectRatioHeightComponent xsd:positiveInteger
1
AspectRatio_3_2 aspectRatioWidthComponent xsd:positiveInteger
3
aspectRatioHeightComponent xsd:positiveInteger
2

6 Page Markup Support

Properties of the Page Markup Support Class
Name Type Description Occurs Value(s) Alternate Names
preferredPageMarkupLanguage PageMarkup This property represents the preferred page markup language =1  
preferredPageMarkupLanguage
preferred-page-markup-language
supportedPageMarkupLanguages PageMarkup This property represents a set of page markup languages that are supported. ≥ 0  
supportedMarkupLanguages
supported-markup-languages

6.1 Examples of the Page Markup Support Class

Example Instance Property Name Type Value(s)
PageMarkupSupport_SE1-P910 preferredPageMarkupLanguage PageMarkup
XHTML Mobile Profile 1.0 :SE-P910
supportedPageMarkupLanguages PageMarkup
WML 1.3 :P910i
XHTML Mobile Profile 1.0 :SE-P910
PageMarkupSupport_Op631-P910 preferredPageMarkupLanguage PageMarkup
XHTML Mobile Profile 1.0 :Op631-P910
supportedPageMarkupLanguages PageMarkup
XHTML Mobile Profile 1.0 :Op631-P910

7 CPU

This class describes a central processing unit associated with a device.

Properties of the CPU Class
Name Type Description Occurs Value(s) Alternate Names
cpuName xsd:string The name of a central processing unit. =1  
cpuName
cpu-name

7.1 Examples of the CPU Class

Example Instance Property Name Type Value(s)
ARM9 cpuName xsd:string
ARM9

8 Web Browser Support

This class represents browser support.

Properties of the Web Browser Support Class
Name Type Description Occurs Value(s) Alternate Names
availableWebBrowsers WebBrowser This property defines a web browser that is available on the device ≥ 0  
availableWebBrowsers
Available-web-browsers
activeWebBrowser WebBrowser This property defines the active Web browser on the device =1  
activeWebBrowser
active-web-browser

8.1 Examples of the Web Browser Support Class

Example Instance Property Name Type Value(s)
WebBrowserSupport_SonyEricsson_P910 availableWebBrowsers WebBrowser
Opera 6.31
Sony Ericsson 1
activeWebBrowser WebBrowser
Opera 6.31

9 Image Support

This class represents image support.

Properties of the Image Support Class
Name Type Description Occurs Value(s) Alternate Names
preferredImageType ImageType The image type that is preferred for this image support =1  
preferredImageType
preferred-image-type
supportedImageTypes ImageType The set of image types that are supported. ≥ 0  
supportedImageTypes
supported-image-types

9.1 Examples of the Image Support Class

Example Instance Property Name Type Value(s)
ImageSupport_Opera_6.31 preferredImageType ImageType
JPEG
supportedImageTypes ImageType
GIF
PNG
JPEG

10 Web Browser

This class represents the Web Browser on a device.

Properties of the Web Browser Class
Name Type Description Occurs Value(s) Alternate Names
browserImageSupport ImageSupport This property defines the image support provided by this browser =1  
browserImageSupport
browser-image-support
browserSupportsJavaApplets xsd:boolean This property specifies whether or not the browser supports Java Applets. =1  
browserSupportsJavaApplets
browser-supports-java-applets
styleLanguages StyleLanguage This property defines the set of style languages supported by this browser. ≥ 0  
styleLanguages
style-languages
pageMarkupSupport PageMarkupSupport This property defines the page markup supported by this browser. =1  
pageMarkupSupport
page-markup-support
webBrowserName xsd:string This property holds the name of the web browser =1  
webBrowserName
web-browser-name
webBrowserVersion xsd:string This property holds the version of the web browser =1  
webBrowserVersion
web-browser-vendor
browserUsableDisplayPixelsY PixelCount The typical number of pixels in the Y direction of the display which can be used within the browser. This may be less than the total number available due to the presence of additional items on the display. =1  
browserUsableDisplayPixelsY
browser-usable-display-pixels-y
browserUsableDisplayPixelsX PixelCount The typical number of pixels in the X direction of the display which can be used within the browser. This may be less than the total number available due to the presence of additional items on the display. =1  
browserUsableDisplayPixelsX
browser-usable-display-pixels-x
scriptLanguages ScriptLanguage This property defines the set of script languages supported by this browser. ≥ 0  
scriptLanguages
script-languagues
webBrowserVendor xsd:string This property holds the name of the vendor of the browser =1  
webBrowserVendor
web-browser-vendor
browserSupportsCookies xsd:boolean This property defines whether or not the browser supports cookies =1  
browserSupportsCookies
browser-supports-cookies

10.1 Examples of the Web Browser Class

Example Instance Property Name Type Value(s)
Opera 6.31 browserImageSupport ImageSupport
ImageSupport_Opera_6.31
browserSupportsJavaApplets xsd:boolean
false
styleLanguages StyleLanguage
CSS 2
pageMarkupSupport PageMarkupSupport
PageMarkupSupport_Op631-P910
webBrowserName xsd:string
Opera
webBrowserVersion xsd:string
6.31
browserUsableDisplayPixelsY PixelCount
browserUsableDisplayPixelsX PixelCount
scriptLanguages ScriptLanguage
webBrowserVendor xsd:string
Opera Software ASA
browserSupportsCookies xsd:boolean
true
Sony Ericsson 1 browserImageSupport ImageSupport
styleLanguages StyleLanguage
CSS 2
pageMarkupSupport PageMarkupSupport
PageMarkupSupport_SE1-P910
webBrowserName xsd:string
Sony Ericsson
webBrowserVersion xsd:string
1
browserUsableDisplayPixelsY PixelCount
browserUsableDisplayPixelsX PixelCount
scriptLanguages ScriptLanguage
WMLScript 1.2
WMLScript 1.3
webBrowserVendor xsd:string
Sony Ericsson

11 Script Language

This class represents a Script language

Properties of the Script Language Class
Name Type Description Occurs Value(s) Alternate Names
scriptLanguageVersion xsd:string The version of the script language =1  
scriptLanguageVersion
script-language-version
scriptLanguageName xsd:string The name of the script language =1  
scriptLanguageName
script-language-name

11.1 Examples of the Script Language Class

Example Instance Property Name Type Value(s)
ECMAScript 1.2 scriptLanguageVersion xsd:string
1.2
scriptLanguageName xsd:string
ECMAScript
WMLScript 1.2 scriptLanguageVersion xsd:string
1.2
scriptLanguageName xsd:string
WMLScript
WMLScript 1.3 scriptLanguageVersion xsd:string
1.3
scriptLanguageName xsd:string
WMLScript
JavaScript 1.1 scriptLanguageVersion xsd:string
1.1
scriptLanguageName xsd:string
JavaScript

12 Style Language

This class represents a Style language

Properties of the Style Language Class
Name Type Description Occurs Value(s) Alternate Names
styleLanguageVersion xsd:string The version of the style language =1  
styleLanguageVersion
style-language-version
styleLanguageName xsd:string The name of the style language =1  
styleLanguageName
style-language-name

12.1 Examples of the Style Language Class

Example Instance Property Name Type Value(s)
CSS 2 styleLanguageVersion xsd:string
2
styleLanguageName xsd:string
CSS

13 Operating System Support

This class represents operating system support.

Properties of the Operating System Support Class
Name Type Description Occurs Value(s) Alternate Names
availableOperatingSystems OperatingSystem These are the available operating systems. ≥ 0  
availableOperatingSystems
available-operating-systems
activeOperatingSystem OperatingSystem This is the active operating system =1  
activeOperatingSystem
active-operating-system

13.1 Examples of the Operating System Support Class

Example Instance Property Name Type Value(s)
OperatingSystemSupport_SonyEricssonP910i availableOperatingSystems OperatingSystem
Symbian OS 7
activeOperatingSystem OperatingSystem
Symbian OS 7

14 Text Input Type

This class represents the means available on a device for text input.

Properties of the Text Input Type Class
Name Type Description Occurs Value(s) Alternate Names
textInputTypeName xsd:string This is the property that holds the name of the text input type associated with a device. =1  
textInputTypeName
text-input-type-name

14.1 Examples of the Text Input Type Class

Example Instance Property Name Type Value(s)
TextInputType_alphanumeric textInputTypeName xsd:string
Alphanumeric
TextInputType_numeric textInputTypeName xsd:string
Numeric

15 Bluetooth Support

This class represents Bluetooth support.

Properties of the Bluetooth Support Class
Name Type Description Occurs Value(s) Alternate Names
bluetoothVersion xsd:string This property represents the version of Bluetooth supported. =1  
bluetoothVersion
bluetooth-version
availableBluetoothProfiles BluetoothProfile This property defines the Bluetooth profiles supported by the device. ≥ 0  
availableBlueToothProfiles
available-bluetooth-profiles
UAProf: BluetoothProfile
activeBluetoothProfile BluetoothProfile This property represents a Bluetooth profile currently active on the device. =1  
activeBluetoothProfile
active-bluetooth-profile

15.1 Examples of the Bluetooth Support Class

Example Instance Property Name Type Value(s)
Bluetooth_Sony_Ericsson_P910i bluetoothVersion xsd:string
1.0
availableBluetoothProfiles BluetoothProfile
BluetoothProfile_headSet
BluetoothProfile_objectPush
BluetoothProfile_genericObjExch
BluetoothProfile_serialPort
BluetoothProfile_genericAccess
BluetoothProfile_fileTransfer
BluetoothProfile_dialup
activeBluetoothProfile BluetoothProfile
BluetoothProfile_headSet

16 Network Support

This class represents the network in a delivery context

Properties of the Network Support Class
Name Type Description Occurs Value(s) Alternate Names
supportedNetworkBearers NetworkBearer This property holds the set of network bearers supported by the device. ≥ 0  
supportedNetworkBearers
supported-network-bearers
UAProf: SupportedBearers
activeNetworkBearer NetworkBearer This property represents the currently active network bearer on a device ≥ 0  
activeNetworkBearer
active-network-bearer
UAProf: CurrentBearerService

16.1 Examples of the Network Support Class

Example Instance Property Name Type Value(s)
NetworkSupport_SonyEricsson_P910 supportedNetworkBearers NetworkBearer
GSM_SMS_MSISDN
GSM_GPRS_IPV4
activeNetworkBearer NetworkBearer
GSM_GPRS_IPV4

17 Operating System

An operating system

Properties of the Operating System Class
Name Type Description Occurs Value(s) Alternate Names
operatingSystemVendor xsd:string The name of the vendor who supplies this operating system =1  
operatingSystemVendor
operating-system-vendor
operatingSystemName xsd:string The name of the operating system =1  
operatingSystemName
Operating-system-name
operatingSystemVersion xsd:string The version of the operating system =1  
operatingSystemVersion
operating-system-version

17.1 Examples of the Operating System Class

Example Instance Property Name Type Value(s)
Symbian OS 7 operatingSystemVendor xsd:string
Symbian
operatingSystemName xsd:string
OS
operatingSystemVersion xsd:string
7

18 Pointing Input Type

This class represents the means available on a device for pointing input.

Properties of the Pointing Input Type Class
Name Type Description Occurs Value(s) Alternate Names
pointingTypeName xsd:string This property represents the name of a pointing device type associated with a device. =1  
pointingTypeName
pointing-type-name
pointingResolution PointingResolution This property represents the precision with which pointing can be carried out on a device. =1  
pointingResolution
pointing-resolution
UAProf: PointingResolution

18.1 Examples of the Pointing Input Type Class

Example Instance Property Name Type Value(s)
jog dial pointingTypeName xsd:string
jog dial
pointingResolution PointingResolution
line
four way scroller pointingTypeName xsd:string
four way scroller
pointingResolution PointingResolution
pixel
track ball pointingTypeName xsd:string
track ball
pointingResolution PointingResolution
pixel
stylus pointingTypeName xsd:string
stylus
pointingResolution PointingResolution
pixel

19 Pixel Count

This class represents a count of pixels associated with a display or camera. It might, for example, be used to represent the width of a display device or camera in pixels. Because this value may be variable, this class captures a number of individual properties associated with such a count.

Properties of the Pixel Count Class
Name Type Description Occurs Value(s) Alternate Names
defaultPixelCount xsd:nonNegativeInteger The default value of the number of pixels =1  
defaultPixelCount
default-pixel-count
minimumPixelCount xsd:nonNegativeInteger The minimum value of the number pixels. =1  
minimumPixelCount
minimum-pixel-count
maximumPixelCount xsd:nonNegativeInteger The maximum value of the number of pixels =1  
maximumPixelCount
maximum-pixel-count
pixelCount xsd:nonNegativeInteger The current value of the number of pixels =1  
currentPixelCount
current-pixel-count

19.1 Examples of the Pixel Count Class

Example Instance Property Name Type Value(s)
PixelCount_P910i_X defaultPixelCount xsd:nonNegativeInteger
208
minimumPixelCount xsd:nonNegativeInteger
208
maximumPixelCount xsd:nonNegativeInteger
208
pixelCount xsd:nonNegativeInteger
208
PixelCount_P910i_Total_Y defaultPixelCount xsd:nonNegativeInteger
320
minimumPixelCount xsd:nonNegativeInteger
208
maximumPixelCount xsd:nonNegativeInteger
320
PixelCount_p910i_Usable_Y defaultPixelCount xsd:nonNegativeInteger
276
minimumPixelCount xsd:nonNegativeInteger
208
maximumPixelCount xsd:nonNegativeInteger
276

20 Bluetooth Profile

This class describes a specific Bluetooth profile used to support a particular user scenario.

Properties of the Bluetooth Profile Class
Name Type Description Occurs Value(s) Alternate Names
bluetoothProfileName xsd:string The name of the Bluetooth profile. =1  
bluetoothProfileName
bluetooth-profiile-name

20.1 Examples of the Bluetooth Profile Class

Example Instance Property Name Type Value(s)
BluetoothProfile_dialup bluetoothProfileName xsd:string
Dialup Networking
BluetoothProfile_fileTransfer bluetoothProfileName xsd:string
File Transfer
BluetoothProfile_genericObjExch bluetoothProfileName xsd:string
Generic Object Exchange
BluetoothProfile_objectPush bluetoothProfileName