intel ultrabook applab - all slides

Intel Ultrabook™ AppLab

Intel® Corporation

Berlin, September 3rd

Overview of the Entire Day

2Copyright© 2012, Intel Corporation. All rights reserved. *Other brands and names are the property of their respective owners

1. Welcome & Opening Monika

2. Introduction into Ultrabook™ Development Paul

3. New Windows UI Design Oliver

4. Technical Presentation: Touch Sulamita

5. Lunch & Networking: Check out also the Demos!

6. Technical Presentation: Sensors Xavier

7. Break & Networking: Check out also the Demos!

8. Intel Tools Uli

9. Ultrabook Developer Resources Paul

10. Wrap Up and Closing Monika

11. SDP (Software Development Platform) Distribution

12. Hacking Session at the c-base

Who am I?

3

Monika LischkeMonika LischkeMonika LischkeMonika LischkeTeam Lead Community Management EMEATeam Lead Community Management EMEATeam Lead Community Management EMEATeam Lead Community Management EMEA

Wannabe Geek

Late Early Adopter

@MonikaLischke

#IntelAppLab

Introduction to Developing

Ultrabook™ Applications

Intel® Corporation

Legal Disclaimer• INFORMATION IN THIS DOCUMENT IS PROVIDED IN CONNECTION WITH INTEL® PRODUCTS. EXCEPT AS PROVIDED IN INTEL’S TERMS AND CONDITIONS OF SALE FOR SUCH

PRODUCTS, INTEL ASSUMES NO LIABILITY WHATSOEVER, AND INTEL IS CLAIMS ANY EXPRESS OR IMPLIED WARRANTY RELATING TO SALE AND/OR USE OF INTEL

PRODUCTS, INCLUDING LIABILITY OR WARRANTIES RELATING TO FITNESS FOR A PARTICULAR PURPOSE, MERCHANTABILITY, OR INFRINGEMENT OF ANY PATENT,

COPYRIGHT, OR OTHER INTELLECTUAL PROPERTY RIGHT. Intel products are not intended for use in medical, life-saving, life sustaining, critical control or safety systems,

or in nuclear facility applications.

• Intel products may contain design defects or errors known as errata which may cause the product to deviate from published specifications. Current characterized errata are

available on request.

• Intel may make changes to dates, specifications, product descriptions, and plans referenced in this document at any time, without notice.

• This document may contain information on products in the design phase of development. The information here is subject to change without notice. Do not finalize a

design with this information.

• Designers must not rely on the absence or characteristics of any features or instructions marked "reserved" or "undefined." Intel reserves these for future definition and

shall have no responsibility whatsoever for conflicts or incompatibilities arising from future changes to them.

• Intel Corporation may have patents or pending patent applications, trademarks, copyrights, or other intellectual property rights that relate to the presented subject

matter. The furnishing of documents and other materials and information does not provide any license, express or implied, by estoppel or otherwise, to any such

patents, trademarks, copyrights, or other intellectual property rights.

• Wireless connectivity and some features may require you to purchase additional software, services or external hardware.

• Performance tests and ratings are measured using specific computer systems and/or components and reflect the approximate performance of Intel products as measured

by those tests. Any difference in system hardware or software design or configuration may affect actual performance. Buyers should consult other sources of

information to evaluate the performance of systems or components they are considering purchasing. For more information on performance tests and on the

performance of Intel products, visit Intel Performance Benchmark Limitations

• Intel, the Intel logo are trademarks or registered trademarks of Intel Corporation or its subsidiaries in the United States and other countries.

Copyright © 2011 Intel Corporation. All rights reserved.

Intel Confidential - Customer NDA Use Only

* Other Names and Brands maybe claimed as the property of others. All dates, plans and features are preliminary and subject to change without notice.

5Copyright© 2012, Intel Corporation. All rights reserved. *Other brands

and names are the property of their respective owners

Who am I?

6

Paul FarquharEMEA AppUp Technical Lead

What do I like to do?

7

@TheGlenPaul

What do we eat – Haggis!

8

You need the proper tools!

9

WHAT DOES ULTRABOOKTM / WINDOWS*

8 MEAN FOR CURRENT DEVELOPERS?

Copyright© 2012, Intel Corporation. All rights reserved.

*Other brands and names are the property of their respective owners 10

Worried about the Windows* 8

transition?

What’s the

difference

between an

Ultrabook and a

notebook?

New

Windows*8

UI?

Desktop?

Do I have to re-write

all of my Win32 apps

from scratch?

WinRT?

Do my applications

need to support

touch?

How does

HTML5* fit

into this?

How do I use an

Ultrabook’s

sensors?


The world of Windows* 8

Source: Microsoft


• New Windows*8 appshave a single, full-screen window with multiple views

– Must follow the New Windows*8 user experience

– Require a new developer ecosystem

• Desktop Applications– Windows* 8 supports Native Win7

Applications

– Run in a desktop UI, with full device and driver compatibility

– Can take advantage of UltrabookTM &Windows* 8 features

New Windows*8 Style Desktop Style

Copyright© 2012, Intel Corporation. All rights reserved. *Other brands and names

are the property of their respective owners 13

How Windows*8 and the DesktopWork Together

Desktop Application Launched from New Windows*8 Start Screen

13

Click tile for iTunes* iTunes Desktop app launches

Legacy Compatibility for IA:

• Windows* 8 supports Native Win7 Applications (in Desktop UI, with full device and driver compatibility)

• Desktop Applications run as is, no changes required, in the Desktop UI mode of Windows* 8

• 4 million+ “legacy” Applications supported by IA.

New New Windows*8 apps:

• Requires a NEW developer ecosystem

• WinRT* (i.e. New Windows*8*) apps to be compatible with both x86- and ARM-based systems

• HTML5/JavaScript and .NET desktop applications expected to be compatible with both x86 and ARM

x86 + ARM*

x86 Only

Source: Microsoft


New Windows*8 Apps Desktop applicaitons

Windows* 8 Compatibility

Expectations

ULTRABOOK™ / WINDOWS* 8 FEATURES

(HARDWARE, OS, APPLICATION LEVELS)



Ultrabook

HardwareSecurity

Rapid StartBattery Life

Thunderbolt Turbo Boost

Graphics

UltrabookTM Built to Set Applications Apart

OS

UX Desktop New Windows*8

Touch/Gestures Context Aware Sensors

Near Field Communication Geolocation


Ivy Bridge Processor Graphics

17

• Integration of graphic and media processing onto the same CPU die

• Dedicated hardwired media processing functions

• Maximum media performance at lowest possible power consumption

• Highly sophisticated graphic execution units (EU) for high quality graphics

Copyright© 2012, Intel Corporation. All rights reserved. *Other brands and names are the property of their respective owners

Intel® Turbo Boost Technology 2.0


• Performance when you need it

• Dynamic overclocking

• Don’t need to drain power constantly for all processes

• Helps reduce temperature and extends battery power.

OS Differentiators

• Touch- and gesture-based UI

• Context aware sensors

• Near field communication

• Geolocation

OS

Touch/GesturesContext Aware

Sensors

Near Field

CommunicationGeolocation

Intel Confidential


Application Differentiators

Intel Confidential


New Windows*8

Desktop Style

• New Windows*8 apps have a single, full-screen window with multiple views

• Clean typography and animations• Fast, fluid touch first experience

• Retains the flexibility of the traditional Windows* Desktop • Full access to familiar x86 applications and tools• Provides finer-grained control

• Touch and Sensors can be enabled for all three styles of applications

New Windows*8 Style

Desktop Style

HTML5 Style

• HTML5* apps can run as New Windows*8 apps or as Desktop in Internet Explorer 9 & 10

Copyright© 2012, Intel Corporation. All rights reserved. *Other brands and names

are the property of their respective owners 21

Digital Storefronts for Windows* 8

Windows Store* for New Windows*8 apps

Intel AppUp® for Desktop

Applications

NEW WINDOWS*8 API FOR

DESKTOP DEVELOPERS



Application Environment


Model

View

Systems Services

New Windows*8 apps Desktop Applications

HTMLJavaScript

CC++

C#VB

InternetExplorer

Win32 .NET

HTML CSS

JavaScript(Chakra)

C#, VBC/C++

XAML

WinRT APIs

App Model

Network& Data

Graphics &

Media

Devices &

Printing

Kernel Windows Kernel Services

XAML

WinRT

• API to access to the system (display, file

system, sensors, media devices, etc)

– Everything needed for a New Windows*8 app

– Desktop applications can use a sub-set of WinRT

• Combine with Win Native or .NET

• Languages: C++, C#, JavaScript and VB

– WinRT HTML or XAML elements are restricted to

New Windows*8 apps

Intel Confidential


Desktop apps and Windows

Native

• Primarily the same as Win32 on Windows 7– Computer System Hardware Classes

– Installed Application Classes

– Operating System Classes

– Performance Counter Classes

– Security Descriptor Helper Classes

– WMI Service Management Classes

• Access to the hardware– Better performance

– Less abstraction

• Access to sensors via COM interfaces

• Code is unmanaged– No automated free memory management


WinRT API Areas

• Core

• Controls

• Data and content

• Devices

• Files and folders

• Globalization

• Graphics

• Helpers

• Media

• Networking

• Printing

• Presentation

• Remote Desktop

• Security

• Social

• UI Automation

• User Interaction

Underlined items have classes available to desktop applications




Microsoft Presentation by Oliver

APPLICATION DEVELOPMENT WITH

TOUCH AND SENSORS ON

ULTRABOOKTM / WINDOWS 8



Sulamita Garcia – [email protected]

Technical Marketing Engineer

Twitter @sulagarcia

MAHJONG DEMO HERE

Copyright© 2012, Intel Corporation. All rights reserved. *Other brands and names are the property of their respective owners 30

Using touch in a desktop application

• Touch and gestures

• Do’s and Don’t of gesture interfaces

• Demo: Use touch and gestures to select, move

and manipulate three images

• The Windows Touch API

• Using touch with XMAL

31Copyright(C) 2012 Intel Corporation. All rights reserved. *Other brands and names are properties of their respective owners.

Adding touch to a desktop application

• Touch is not a mouse

• Make touch targets large enough

• Support standard gestures and behaviors

• Portrait vs. Landscape

• Do not use touch just for touch’s sake

• Touch should be forgiving

• Microsoft User Experience Guidelines– msdn.microsoft.com/en-

us/library/windows/desktop/cc872774.aspx

– blogs.msdn.com/b/ie/archive/2012/04/20/guidelines-for-building-touch-friendly-sites.aspx


Designing for Touch User Experience

• Design UI to include traditional laptop style and tablet mode usages

• Space and size controls to register fuzzy touch input– Common Controls: 23X23 pixels

– Command Controls: 40X40 pixels

• Use multiple form tabs for touch efficiency

• Consider the target size while designing your application UI

• Use natural and intuitive controls

• Ultrabook Optimal Resolution: 1366X768

Source: MSDN

http://msdn.microsoft.com/en-us/library/windows/desktop/cc872774.aspx#guidelines

Copyright(C) 2012 Intel Corporation. All rights reserved.

*Other brands and names are properties of their respective owners. 33


• Use common controls as much as possible

• Choose custom controls that support touch

• Prefer constrained controls to unconstrained controls

• Provide default values and auto text-completion

• Use check boxes instead of multiple selection lists

Source: MSDN

http://msdn.microsoft.com/en-us/library/windows/desktop/cc872774.aspx#guidelines




• Place controls in areas better utilized for touch

• Command controls should be more easily

accessible



WINDOWS TOUCH API



Using Windows Touch API• Touch and gesture events are delivered via Windows Touch

messages– Windows must register for Windows Touch input:

RegisterTouchWindow

• WM_TOUCH reports action, position and identifier

• WM_GESTURE describes the gesture via GESTUREINFO structure

• Special interfaces to help process gesture messages – IManipulationProcessor

– IInertiaProcessor

• API reference at msdn.microsoft.com/en-us/library/windows/desktop/dd371406%28v=vs.85%29.aspx


WinNative: Receive gesture message

LRESULT CALLBACK WndProc(…)

{…switch (message){

case WM_GESTURE: // Call code to// interpret the// gesturereturn

DecodeGesture(…);…

}


(Source: Microsoft)

• Check for

WM_GESTURE message

in WndProc

WinNative: Process gesture

LRESULT DecodeGesture(…){

…BOOL bResult = GetGestureInfo(…);

BOOL bHandled = FALSE;

if (bResult){

// now interpret the gestureswitch (gi.dwID){

case GID_ZOOM : // Code for zooming goes herebHandled = TRUE;break;

case GID_PAN : …

case GID_ROTATE : …

case GID_TWOFINGERTAP: …

case GID_PRESSANDTAP: …

default:// A gesture was not recognizedbreak;

} …


• Retrieve the additionalgesture information from the GESTUREINFO structure

• Handle each of the possible gestures

(Source: Microsoft)

Recognized gestures



– Tap/Double tap

– Panning with inertia

– Selection/Drag

– Press and tap

– Press and hold

– Zoom

– Rotate

– Two-finger tap

– Flicks

WINDOWS TOUCH API / XAML /

.NET



Using touch and XAML/.NET

• XAML provides access to WPF touch-enabled

UI components– WPF touchs event are available in both Windows* 7 and

Windows* 8.

• Typical gesture events:– ManipulationStarting

– ManipulationDelta

– ManipulationInertiaStarting


XAML: TouchControl.xaml

<UserControl x:Class="Win8Demo.TouchControl" …>

<Grid x:Name="cont" ClipToBounds="True" >

<Image x:Name="photo_1"Source="/Assets/ultrabook1.png“IsManipulationEnabled="True"Width="500" />

<Image x:Name="photo_2“Source="/Assets/ultrabook2.png“IsManipulationEnabled="True“Width="500" Margin="125,-79,25,79"/>

<Image x:Name="photo_3“Source="/Assets/ultrabook3.png“IsManipulationEnabled="True“Width="500" Margin="0,-59,150,59" />

</Grid></UserControl>


• Three images placed in

a Grid inside of a

TouchControl

• Each image has IsManipulationEnabledset to true

Touch Event State Diagram



Manipulation

Starting

Manipulation

Delta

Manipulation

Inertia Starting

Manipulation

Delta

w/ Inertia

Manipulation

Completed

Events begin with User

Touching the Image

User finger is

touching the

screen

User finger is lifted from the

screen

XAML: TouchControl.xaml.cs

public TouchControl(){

…

//Register for manipulation eventsphoto_1.ManipulationStarting +=

m_rect_ManipulationStarting;photo_1.ManipulationDelta +=

m_rect_ManipulationDelta;photo_1.ManipulationInertiaStarting +=

m_rect_ManipulationInertiaStarting;

photo_2.ManipulationStarting += …

photo_3.ManipulationStarting += … }


• Add event handlers to

each image for:•ManipulationStarting

•ManipulationDelta

•ManipulationInertiaStarting




Manipulation

Starting

Manipulation

Delta

Manipulation

Inertia Starting

Manipulation

Delta

w/ Inertia

Manipulation

Completed


Touching the Image

User finger is

touching the

screen


screen

XAML: Manipulation starting event

handlervoid

m_rect_ManipulationStarting

(…)

{

…

e.ManipulationContainer = this;

}


• ManipulationStarting event handler is called at start of touch event

• By setting Manipulation-Container to the touched image all subsequent manipulation events will be relative to that element




Manipulation

Starting

Manipulation

Delta

Manipulation

Inertia Starting

Manipulation

Delta

w/ Inertia

Manipulation

Completed


Touching the Image

User finger is

touching the

screen


screen

XAML: Manipulation delta event

handlervoid m_rect_ManipulationDelta(…){

…//Get the manipulation’s deltavar delta = e.DeltaManipulation;

//Compute the transformed center pointPoint rectCenter = new Point(rect.ActualWidth *

0.5, rect.ActualHeight * 0.5);rectCenter = matrix.Transform(rectCenter);

//Adjust the element’s scale, rotation and translation

matrix.ScaleAt(delta.Scale.X, delta.Scale.Y,rectCenter.X, rectCenter.Y);

matrix.RotateAt(delta.Rotation, rectCenter.X, rectCenter.Y);

matrix.Translate(delta.Translation.X, delta.Translation.Y);

//Update the element’s render transformationrect.RenderTransform =

new MatrixTransform(matrix);e.Handled = true;


• ManipulationDeltaevent happens as user moves fingers

• Compute new image center point, scale, and rotation using event data

• Set Handled to true so other handlers don’t process same event




Manipulation

Starting

Manipulation

Delta

Manipulation

Inertia Starting

Manipulation

Delta

w/ Inertia

Manipulation

Completed


Touching the Image

User finger is

touching the

screen


screen

XAML: Inertia starting event handler

void m_rect_ManipulationInertiaStarting(…){

//Set the manipulations inertia valuese.TranslationBehavior = new

InertiaTranslationBehavior(){

InitialVelocity =e.InitialVelocities.LinearVelocity,DesiredDeceleration =…

};e.ExpansionBehavior = new

InertiaExpansionBehavior(){

InitialVelocity =e.InitialVelocities.ExpansionVelocity,DesiredDeceleration = …

};e.RotationBehavior = new

InertiaRotationBehavior(){

InitialVelocity =e.InitialVelocities.AngularVelocity,DesiredDeceleration = …

};e.Handled = true; …


• Inertia actions are handled by the ManipulationInertiaStarting event handler

• Define the behavior of the inertia by specifying • Linear velocity• Deceleration• Expansion velocity (used in

pinch or spread)• Angular velocity (used in

rotation)

• Again, set Handled to true so other handlers don’t process same event




Manipulation

Starting

Manipulation

Delta

Manipulation

Inertia Starting

Manipulation

Delta

w/ Inertia

Manipulation

Completed


Touching the Image

User finger is

touching the

screen


screen

XAML: Handle inertia manipulation

if (e.IsInertial){

//Get the containing element’s sizeRect containingRect = …

(e.ManipulationContainer).RenderSize);//Get the transformed element’s new//boundsRect shapeBounds =

rect.RenderTransform.TransformBounds(…);

//If element falls out of boundsif(!containingRect.Contains(shapeBounds)){

//Report boundary feedbacke.ReportBoundaryFeedback(…);//Stop any after inertiae.Complete();

}}

…


• Check if inertia is moving the

image across the grid

• If so, make sure image does not

travel outside of the grid by

calling the Complete method to

end the inertia

Summary

• Your application is already touch enabled, consider making touch oriented

• User Experience is the perception, not just execution – delight the user!

• Windows native API provides WM_GESTURE by default, RegisterTouchWindow for WM_GESTIRE

• XAML enables easy design and can be used with C# or VB for Desktop applications

– Consider Inertia and Bounderies when Manipulating objects



References

• Intel Ultrabook™ Community

• Intel® Software Network

– software.intel.com

• Windows Development Reference

– msdn.microsoft.com/en-us/library/windows/desktop/hh447209%28v=vs.85%29.aspx

• WinRT API Reference

– msdn.microsoft.com/en-us/library/windows/apps/br211377.aspx


Q & A


Sulamita Garcia – [email protected]

Technical Marketing Engineer

Twitter @sulagarcia

LUNCH!!!!


*Other brands and names are the property of their respective ownersIntel Confidential

57

Source: Microsoft

Application Development using

Sensors

Intel® Corporation

Legal Disclaimer

• INFORMATION IN THIS DOCUMENT IS PROVIDED IN CONNECTION WITH INTEL® PRODUCTS. EXCEPT AS PROVIDED IN INTEL’S TERMS AND CONDITIONS OF SALE FOR SUCH

PRODUCTS, INTEL ASSUMES NO LIABILITY WHATSOEVER, AND INTEL IS CLAIMS ANY EXPRESS OR IMPLIED WARRANTY RELATING TO SALE AND/OR USE OF INTEL

PRODUCTS, INCLUDING LIABILITY OR WARRANTIES RELATING TO FITNESS FOR A PARTICULAR PURPOSE, MERCHANTABILITY, OR INFRINGEMENT OF ANY PATENT,

COPYRIGHT, OR OTHER INTELLECTUAL PROPERTY RIGHT. Intel products are not intended for use in medical, life-saving, life sustaining, critical control or safety systems,

or in nuclear facility applications.

• Intel products may contain design defects or errors known as errata which may cause the product to deviate from published specifications. Current characterized errata are

available on request.

• Intel may make changes to dates, specifications, product descriptions, and plans referenced in this document at any time, without notice.

• This document may contain information on products in the design phase of development. The information here is subject to change without notice. Do not finalize a

design with this information.

• Designers must not rely on the absence or characteristics of any features or instructions marked "reserved" or "undefined." Intel reserves these for future definition and

shall have no responsibility whatsoever for conflicts or incompatibilities arising from future changes to them.

• Intel Corporation may have patents or pending patent applications, trademarks, copyrights, or other intellectual property rights that relate to the presented subject

matter. The furnishing of documents and other materials and information does not provide any license, express or implied, by estoppel or otherwise, to any such

patents, trademarks, copyrights, or other intellectual property rights.

• Wireless connectivity and some features may require you to purchase additional software, services or external hardware.

• Performance tests and ratings are measured using specific computer systems and/or components and reflect the approximate performance of Intel products as measured

by those tests. Any difference in system hardware or software design or configuration may affect actual performance. Buyers should consult other sources of

information to evaluate the performance of systems or components they are considering purchasing. For more information on performance tests and on the

performance of Intel products, visit Intel Performance Benchmark Limitations

• Intel, the Intel logo are trademarks or registered trademarks of Intel Corporation or its subsidiaries in the United States and other countries.

Copyright © 2011 Intel Corporation. All rights reserved.

Intel Confidential - Customer NDA Use Only

* Other Names and Brands maybe claimed as the property of others. All dates, plans and features are preliminary and subject to change without notice. 59Copyright© 2012, Intel Corporation. All rights reserved. *Other brands

and names are the property of their respective owners

Agenda

• Overview of available sensors

• Using sensors in a Windows 8* application

- In C++ desktop applications, using COM interface

- In C++ or C#/.NET Windows 8* store and desktop

applications, using WinRT APIs

• Considerations on Efficiency


Who am I ?

Xavier Hallade (@ph0b)

Technical Marketing Engineer at Intel


OVERVIEW OF AVAILABLE SENSORS

Sensors



Available Sensors

• Sensor Fusion : virtual sensors created by combining data from compass, accelerometer and gyroscope

• Ambient Light, GPS, 3D Motion and orientation sensors are all mandatory on Windows 8* Tablets and Convertibles

• Applications can subscribe to sensor events, set callbacks or directly poll their current state.

Accelerometer Gyroscope GPS Ambient LightCompass NFC

+ with Sensor Fusion: Inclinometer, Orientation, SimpleOrientation

Orientation and Motion

• Gyrometer returns yaw, pitch and roll velocities

• Accelerometer returns acceleration along x, y and z, and optionally a Shake event

• Simple Orientation : returns device orientation into one of four quadrants, face-up, or face-down

• Orientation Sensor and inclinometer both returns the complete device orientation

– Inclinometer returns yaw, pitch, and roll angles

– Orientation Sensor returns a quaternion as well as a 3x3 orientation matrix

Orientation and Motion detection

same convention as on Android

and in the HTML5 specification

0.0° ≤ Yaw < 360.0°

-180.0° ≤ Pitch < 180.0°

-90.0° ≤ Roll < 90.0°

Ambient Light

• Can be used to adapt application interface

depending on light conditions : contrast,

font size

• Screen brightness control should be handled

by the operating system.

Lighting condition Iuminance (lux)

Pitch black 1

Very dark 10

Dark indoors 50

Dim indoors 100

Normal indoors 300

Bright indoors 1,000

Dim outdoors 5,000

Cloudy outdoors 30,000

Direct sunlight 100,000

Location

Returns latitude, longitude:

- using Wi-Fi if available

- using IP Address otherwise

- using GPS if available and desired accuracy is set on High- then it can also return Altitude, Speed and Heading

Depending on user’s choice, its use can be denied.

A Windows 8* store app has to declare the “location” capability in its manifest.

Near Field Communication

• Short range (<4cm)

• Contactless

• Used between active and/or passive devices

– Active: Smartphone, Tablet, Ultrabook™…

– Passive: Tags, Smart cards…

• Small amount of data, low data transfer rate

• Easy to use, feels instantaneous (<1/10s)

-> Great user experience !

Near Field Communication

• Pairing

– with Bluetooth* peripherals, at the OS level

– with another running application, by establishing

a BT or Wi-Fi direct socket, at the application level

• Short data read/write on NFC tags

• Short data exchange with active devices

– Sharing URIs, contacts, positions

– Secure transactions

NFC messagesProtocol Pub. Sub. Message contents

Windows X X binary data.

WindowsUri X X UTF-16LE encoded string that is a URI.

use PublishUriMessage

WindowsMime X X message data of a specific mime type.

For example, "WindowsMime.image/jpeg".

You can subscribe to "WindowsMime" message

without specifying the mime type. If so, the first 256

bytes received is the ASCII mime type string.

Windows:WriteTag X Windows message to be written to a static tag.

WindowsUri:WriteTag X WindowsUri message to be written to a static tag.

WindowsMime:Write

Tag

X WindowsMime message to be written to a static tag.

Example, “WindowsMime:WriteTag.image/jpeg”

LaunchApp:WriteTag X Write a tag that can be used to launch a specific app.

more information on msdn.

WriteableTag X if a writeable tag is brought in to proximity, a

proximity message is received that contains an

int32 indicating the maximum writeable size.

NFC messages

Protocol Pub. Sub. Message contents

NDEF X X properly formatted NDEF records.

NDEF:ext X application defined NDEF records (TNF field value of 0x04).

NDEF:MIME X properly formatted NDEF mime message (TNF field value

of 0x02). For example, "NDEF:MIME.image/jpeg".

NDEF:URI X properly formatted NDEF message of a type defined by a

URI namespace (TNF field value of 0x03). For example,

"NDEF:URI.http://contoso.com/sometype".

NDEF:wkt X properly formatted NDEF message of a type defined by the

NFC forum (TNF field value of 0x01).An example of this

type is "NDEF:wkt.U" for the well known type of URI.

NDEF:WriteTag X message data that should be written to an NFC forum

standard static tag.

NDEF:Unknown X untyped NDEF message (TNF field value of 0x05).

Windows messages are fully compatible with NDEF messages,

but you can also directly manipulate them :

LET’S DIVE INTO SOME CODE !

Sensors



FROM C++

Sensors and Location Platform using COM interface



Sensors and Location Platform

• Same interface as on Windows 7– Sensor fusion available through new GUIDs

• Sensor manager controls sensors– Use sensor manager to get to sensors

– Notifies when a sensor connects

• Sensors report data, changes in state and disconnection

• Access both via COM interfaces– Use API to communicate to sensors

– Sensor events handled using callbacks

– API reference at msdn.microsoft.com/en-us/library/windows/desktop/dd318953%28v=vs.85%29.aspx


COM: Connect to sensor manager

// Create the sensor manager

ISensorManager pSensorManager;

hr = CoCreateInstance (CLSID_SensorManager,NULL, CLSCTX_INPROC_SERVER, IID_PPV_ARGS(& pSensorManager ));

if(hr == HRESULT_FROM_WIN32

( ERROR_ACCESS_DISABLED_BY_POLICY))

{

// Unable to retrieve sensor manager due

// to group policy settings.

// Alert the user.

}


(Source: Microsoft)

• Access to sensors is through the

sensor manager

• Group policy settings may deny

access to the system sensors

COM: Retrieve a sensor object

// Get the sensor collectionhr = pSensorManager->GetSensorsByCategory(

SENSOR_CATEGORY_ALL,&pSensorColl);

if(SUCCEEDED(hr)){

ULONG ulCount = 0;// Verify that the collection contains at// least one sensorhr = pSensorColl->GetCount(&ulCount);if(SUCCEEDED(hr)){

if(ulCount < 1){

wprintf_s(L"\nNo sensors of therequested category.\n");

hr = E_UNEXPECTED;} else{

// Request permissions for all sensors// in the collectionhr = pSensorManager->

RequestPermissions(0, pSensorColl,FALSE);

}…


• Request sensors by category, type

or ID

• Request permission to use the

sensor(s)

• Windows 8 will open a dialog

box to ask the user

• Granting permission triggers

the OnStateChanged event

(Source: Microsoft)

COM: Sensor event callback

class CMyEvents : public ISensorEvents

{

public:

STDMETHODIMP QueryInterface (…) {…}

STDMETHODIMP_(ULONG) AddRef () {…}

STDMETHODIMP_(ULONG) Release () {…}

// ISensorEvents methods. //

STDMETHODIMP OnEvent (…) {…}

STDMETHODIMP OnDataUpdated (…) {…}

STDMETHODIMP OnLeave (…) {…}

STDMETHODIMP OnStateChanged (…) {…}

…


(Source: Microsoft)

• Receive event notifications by

implementing required COM

interfaces

• Sensor events require

ISensorEvents

• Sensor Manager events require

ISensorManagerEvents

COM: Start receiving events

// Create an instance of the event// classpEventClass = new CMyEvents();

if(SUCCEEDED(hr)){

// Retrieve the pointer to the// callback interfacehr = pEventClass->QueryInterface(

IID_PPV_ARGS(&pMyEvents));}if(SUCCEEDED(hr)){

// Start receiving eventshr = pSensor->

SetEventSink(pMyEvents);}


(Source: Microsoft)

• To start receiving events provide

the sensor with a pointer to your

callback

• To stop receiving events call

SetEventSink with a parameter of

NULL

Ambient Light Sensor

DEMO

Copyright(C) 2012 Intel Corporation. All rights reserved. *Other brands and names are properties of their respective owners. 79

FROM C# AND C++/CX

Using WinRT Sensors and Location API



WinRT API

• Windows.Sensors.

• Accelerometer

• Gyrometer

• Inclinometer

• OrientationSensor

• SimpleOrientationSensor

• Compass

• LightSensor

• Windows.Networking.Proximity.ProximityDevice (NFC)

• Windows.Device.Geolocation (GPS)


Using the WinRT API

WinRT Sensors and Location APIs are available to

Windows 8* Desktop applications

You need to use WinRT Windows MetaData files :

• Platform.winmd: C:\Program Files (x86)\Microsoft SDKs\Windows\v8.0\ExtensionSDKs\Microsoft.VCLi

bs\11.0\References\CommonConfiguration\neutral

• Windows.winmd: C:\Program Files (x86)\Windows Kits\8.0\References\CommonConfiguration\Neutral


How ?

WinRT From Desktop (C#)

Unload your C# Project

Manually edit the .csproj file to add :

<PropertyGroup>

<TargetPlatformVersion>8.0</TargetPlatformVersion>

</PropertyGroup>

Reload the project

Add Windows.winmd and Platform.winmd as references from their respective locations


WinRT From Desktop (C++)

In your project properties, in C/C++->General:

• Set “Consume Windows Runtime Extension” on Yes

(/ZW)

• Add Windows.winmd and Platform.winmd paths to

“Additional #using Directories”

In your source code, add :

#using <Windows.winmd>

#using <Platform.winmd>


WinRT Sensor API

No need for a sensor manager:

1 – Retrieve the default sensor/device using GetDefault()

2 – Set the ReportInterval

3 – Add a delegate to ReadingChanged event


WinRT Sensor API


_accelero = Accelerometer.GetDefault();

if (_accelero != null)

{

_accelero.ReportInterval = 50 <= _accelero.MinimumReportInterval ?

_accelerometer.MinimumReportInterval : 50;

//Register for reading changed events

_accelero.ReadingChanged += (Accelerometer s, AccelerometerReadingChangedEventArgs

args) =>

{

//use e.Data.AccelerationX/Y/Z

};

}

Accelerometer ^accelero = Accelerometer::GetDefault();

if(accelero!=nullptr)

{

accelero->ReportInterval = 50 <= accelero->MinimumReportInterval ? accelero-

>MinimumReportInterval : 50;

accelero->ReadingChanged += ref new TypedEventHandler<Accelerometer^,

AccelerometerReadingChangedEventArgs^>(

[](Object^ sender, AccelerometerReadingChangedEventArgs^ e)

{

//read e->Data->AccelerationX/Y/Z

});

}

C#

C++

C#/WPF Accelerometer Demo

• Ellipse (ball) drawn on a canvas

• Accelerometer data is used to update X/Y/Z

display and location of ball


• Data is read using

accelerometer events in

conjunction with a

timer to move the ball

C#/WPF NFC DEMO

• Subscribe to incoming WindowsURI messages

• Publish a WindowsURI message to any active

device

• Write that

message to any

writable tag


USING SENSORS EFFICIENTLY



General Considerations

• The effects of applications on power use

• Both idle workloads and active workloads

• The rules of power management

– Computational efficiency

– Maximize idle

– Data efficiency

– Power-aware behavior

• Align, coalesce or batch activity whenever possible


Regarding Sensors

• Do not set a small ReportInterval if your application doesn’t need it

• Avoid periodic registry or disk accesses in order to let the hard disk spin down

• Avoid status polling, statistics & background bookkeeping

• Avoid using sensors when application is not active

• Consider using accelerometer or gyroscope alone if full orientation is not needed.


Sensors objects in Sensors API: At least one client connected

Hardware: Accelerometer Gyroscope Inclinometer Compass Device Orientation

Accelerometer On Off On On On

Gyro Off On On On On

Magnetometer Off Off On On On

Advanced : Context/power-aware

behavior• Handling sleep transitions seamlessly

– Saving an restoring state

– Stopping ongoing activity prior to sleeping

– Closing open resources & disconnecting communications

• Respond/adapt to system power events– Switching from AC to battery; low battery status

• Scale behavior based on power state

• Context awareness toolkits– software.intel.com/en-us/mobility

– softwarecommunity.intel.com/articles/eng/1070.htm

– softwarecommunity.intel.com/articles/eng/1026.htm


Intel Software Development Products

Intel Power Tools

• Intel® Power Checker

– Reveals how much power your application is using

– software.intel.com/partner/app/software-

assessment/?cid=sw:ubpower004

• Energy-Efficient Software Checklist

– software.intel.com/en-us/articles/energy-

efficient-software-checklist/


References• Intel® Software Network

– software.intel.com

• COM Sensor API– msdn.microsoft.com/en-us/library/windows/desktop/dd318953(v=vs.85).aspx

• COM Location API– msdn.microsoft.com/en-us/library/dd464636(v=VS.85).aspx

• WinRT Sensors API– msdn.microsoft.com/en-us/library/windows/apps/br206408.aspx

• WinRT Geolocation API– msdn.microsoft.com/en-us/library/windows/apps/windows.devices.geolocation.aspx

• WinRT ProximityAPI– msdn.microsoft.com/en-us/library/windows/apps/windows.networking.proximity.aspx

• Detecting Ultrabook Sensors– software.intel.com/en-us/blogs/2012/07/26/detecting-ultrabook-sensors

• Ultrabook and Tablet Windows 8* Sensors Development Guide– software.intel.com/en-us/articles/ultrabook-and-tablet-windows-8-sensors-development-guide/

• Intel® Energy Efficient Software Guidelines– software.intel.com/partner/assets/pdf/misc/Energy_Efficient_Software_Guidelines_v3_4_10_11.pdf


Summary

– Sensors are a natural way to interact with end

users

– Desktop apps can utilize them through WinRT as

well as Windows 8* Store Apps

– Utilize efficient designs and coding practices to

save battery life


Q & A


Tools Presentation by Uli


*Other brands and names are the property of their respective owners

Intel Confidential

97

Source: Microsoft

Intel® Software Development Tools

for Advanced Performance

Boost Performance. Scale Forward. Ensure Confidence.

9/4/2012 99

Who Am I…

• Uli Dumschat ([email protected])

• Computer Science Degree

• Mobile Tools Product Marketing @ Intel

• Since 1998 in SW Tools business, Intel since 2001

DL2BAT

Software & Services Group

Developer Products Division Copyright© 2011, Intel Corporation. All rights reserved. *Other brands and names are the property of their respective owners. 9/4/2012 100

Intel® SSG/Developer Products Division

Premium Class Tools For Intel® Architecture

http://www.intel.com/software/products



OS/Environment DevelopmentRequirements

Intel® Software Development Tools

Windows* 8 Compatibility

Let‘s talk aboutLet‘s talk aboutLet‘s talk aboutLet‘s talk aboutIntel ToolsIntel ToolsIntel ToolsIntel ToolsFor Windows* For Windows* For Windows* For Windows* Desktop AppsDesktop AppsDesktop AppsDesktop Apps



Libraries Bundled Suites Compilers Analysis/Profiling Tools

Let‘s have aLet‘s have aLet‘s have aLet‘s have acloser look! closer look! closer look! closer look! ☺☺☺☺

Intel® Software Development Tools Overview

Thriving in a Multicore World

with

Intel® Parallel Studio XE




What’s What’s What’s What’s Included?Included?Included?Included?

What

Why

Windows and Linux

Leading Software Development Tools forOptimized Application Performance, Scalable Parallelism, and

Confidence

Value Proposition

• Performance - Intel tools are key to utilizing processor performance

• Scale forward - Your application investment extends to tomorrow’s platforms

• Confidence - Trusted software tools you can count on for best results

How

• Leading C++ and Fortran performance optimizing compilers libraries, performance libraries, and analysis tools

• Advanced parallel programming models to develop code for Intel® Xeon® Processors today, easily extends to Intel® MIC architecture

• Trusted software correctness tools for application quality and ensured confidence



Intel® Parallel Studio XE 2011A Complete SW Tools Solution Covering All Phases Of SW Development



Phase Productivity Tool Feature Benefit

Design

Intel® Parallel Advisor for C++ Windows

Threading design assistant

• Simplifies, demystifies, and speeds parallel application design

• Available for Intel® Parallel Studio XE Windows and Intel® C++ Studio Windows (ESD)

Build & Debug

Intel®

Composer XE

C/C++ and Fortran compilers and performance libraries• Intel® Parallel Building Blocks• Intel® Integrated Performance

Primitives• Intel® Math Kernel Library

• Enabling solution to achieve the application performance and scalability benefits of multicore and forward scale to manycore

VerifyIntel®

Inspector XE

Memory & threading dynamicanalysis for code quality

Static Security Analysis for codequality (Studio products only)

• Increased productivity, code quality, and lowers cost

• Finds memory, threading , and security defects before they happen

TuneIntel® VTune™Amplifier XE

Performance Profiler for optimizing application performance and scalability

• Remove guesswork, saves time, makes it easier to find performance and scalability bottlenecks

Intel® Parallel Studio XEPowerful Tools Provide Comprehensive Coverage

Optimized Performance, Scalable Parallelism, Confidence


Product Details



Intel®

Parallel Advisor - OverviewThreading Assistant for Windows*

Simplifies and Speeds Threading Design

Best Results with Parallelism Design Insight and Analysis

Evaluate return on investment Performance benefit vs. the cost of transitioning to parallelism

Simplifies adding ParallelismShorter learning curve for parallelism by helping to identify and experiment with parallel opportunities

Step-by-step threading guidanceFrom surveying code, finding the best implementation, to checking correctness.

Design Phase



Intel® Parallel Advisor – Overview

Discover, Analyze, Check, Add Parallelism

Analyzes the executing serial program as developers work through the methodology

Check SuitabilityEvaluates performance impact and implication of the parallel experiments

Survey TargetFocuses effort where it will pay off and targets coarse-grain parallelism

Annotate SourcesInserts annotations to sources to describe parallel experiments

Check CorrectnessFinds and resolves conflicts before parallelism is applied. Reduces debugging problems by defining safe and solid paths to parallelism

Design Phase

Models Intel® Threading Building Blocks, Intel® Cilk™ Plus, Microsoft*PPL, Windows* Threads, OpenMP*


Developer Products Division Copyright© 2011, Intel Corporation. All rights reserved. *Other brands and names are the property of their respective owners. 1109/4/2012

Intel® C++ Composer XE

• Intel® C++ Compiler XE 12.1• Intel® Parallel Building Blocks

- Intel® Threading Building Blocks- Intel® Cilk™ Plus

• Intel® Math Kernel Library• Intel® Integrated Performance

Primitives

Intel® Fortran Composer XE

• Intel® Fortran Compiler XE 12.1• Intel® Math Kernel Library • Intel® Integrated Performance

Primitives

Intel Composer XE - OverviewCompilers, Performance Libraries, Debugging Tools

• Leading Performance Optimizing Compilers

- Intel C++ and Fortran Compilers

- Intel® Integrated Performance Primitives, Intel® Math Kernel Library libraries

- Profile-Guided Optimization (PGO)

- Interprocedural Optimization (IPO)

- Guided-auto parallelism (GAP)

- High-Performance Parallel Optimizer (HPO)

- SIMD Pragma

- C++ Array Notations

• Standard Support

- OpenMP*

- C++0x

- Support for key parts of the latest Fortran and C++ standards, Visual Studio* 2010 Shell for Visual Fortran*

• Compatibility – Mix and Match- Binary and source compatible with

Microsoft* Visual Studio* C++ and GCC*

Windows*, Linux*, Mac OS*

32-bit & 64-bit multicore processor supportIntel® AVX support

Supported EnvironmentsMicrosoft Visual Studio* 2005, 2008, 2010 Eclipse CDT and Mac XCode*



Updated Compilers and LibrariesProduce Industry Leading Performance

• Intel v12.1 compilers improve performance compared with:

– Competitive compilers

– Previous version Intel compilers

Notes:

1 C/C++ performance measured using SPECint®_base2006 estimated RATE benchmark running on a 64 bit operating system

2 Fortran performance measured using Polyhedron* benchmark running on a 64 bit operating system. In this performance measurement, “faster” refers to percent reduction in time-to-completion.

Intel v12.1 Intel v12.1 Intel v12.1 Intel v12.1 Compiler on Compiler on Compiler on Compiler on

Windows* Windows* Windows* Windows* vs.vs.vs.vs.nearest nearest nearest nearest

competitorcompetitorcompetitorcompetitor

Intel v12.1 Intel v12.1 Intel v12.1 Intel v12.1 Compiler on Compiler on Compiler on Compiler on Linux* Linux* Linux* Linux* vs.vs.vs.vs.nearest nearest nearest nearest

competitorcompetitorcompetitorcompetitor

Intel v12.1 Intel v12.1 Intel v12.1 Intel v12.1 Compiler on Compiler on Compiler on Compiler on Windows Windows Windows Windows vs.vs.vs.vs.

v12.0v12.0v12.0v12.0

Intel v12.1 Intel v12.1 Intel v12.1 Intel v12.1 Compiler on Compiler on Compiler on Compiler on

LinuxLinuxLinuxLinux vs. vs. vs. vs. v12.0v12.0v12.0v12.0

C/C++C/C++C/C++C/C++IntegerIntegerIntegerInteger1111 47% faster47% faster47% faster47% faster 12% faster12% faster12% faster12% faster 11% faster11% faster11% faster11% faster 6% faster6% faster6% faster6% faster

C/C++C/C++C/C++C/C++Floating Floating Floating Floating PointPointPointPoint1111

21%21%21%21% fasterfasterfasterfaster 9% faster9% faster9% faster9% faster 3% faster3% faster3% faster3% faster 1% faster1% faster1% faster1% faster

FortranFortranFortranFortran2222 24%24%24%24% fasterfasterfasterfaster 17% faster17% faster17% faster17% faster 22% faster22% faster22% faster22% faster 27% faster27% faster27% faster27% faster


Developer Products Division Copyright© 2011, Intel Corporation. All rights reserved. *Other brands and names are the property of their respective owners.

A Family of Parallel Programming ModelsDeveloper Choice

Intel® Cilk™ PlusIntel® Cilk™ PlusIntel® Cilk™ PlusIntel® Cilk™ Plus

C/C++ language extensions to simplify parallelism

Open sourced

Also an Intel product

Intel® Threading Intel® Threading Intel® Threading Intel® Threading Building BlocksBuilding BlocksBuilding BlocksBuilding Blocks

Widely used C++ template library for parallelism

Open sourced

Also an Intel product

DomainDomainDomainDomain----Specific Specific Specific Specific LibrariesLibrariesLibrariesLibraries

Intel® Integrated Performance Primitives

Intel® Math Kernel Library

Established Established Established Established StandardsStandardsStandardsStandards

Message Passing Interface (MPI)

OpenMP*

Coarray Fortran

OpenCL*

Research andResearch andResearch andResearch andDevelopmentDevelopmentDevelopmentDevelopment

Intel® Concurrent Collections

Offload Extensions

Intel® Array Building Blocks

Intel® SPMD Parallel Compiler

Choice of high-performance parallel programming models• Libraries for pre-optimized and parallelized functionality

• Intel® Cilk™ Plus and Intel® Threading Building Blocks supports composable parallelization of a wide variety of applications.

• OpenCL* addresses the needs of customers in specific segments, and provides developers an additional choice to maximize their app performance

• MPI supports distributed computation, combines with other models on nodes



Advanced Tools to Develop Code for Intel® Xeon® Processors Today, Easily Extends to Intel® MIC

Architecture

“By just utilizing standard programming on both Intel® Xeon processor and Intel® MIC architecture based platforms, the performance met multi-threading scalability expectations and we observed near-theoretical linear performance scaling with the number of threads.” – Hongsuk Yi,

Heterogeneous Computing Team

Leader, KISTI Supercomputing Center

“SGI understands the significance of inter-processor communications, power, density and usability when architecting for exascale. Intel has made the leap towards exaflop computing with the introduction of Intel® Many Integrated Core (MIC) architecture. Future Intel® MIC products will satisfy all four of these priorities, especially with their expected ten times increase in compute density coupled with their familiar X86 programming environment.” –Dr. Eng Lim Goh, SGI CTO



What’s New: Intel® Cilk™ Plus v1.1 Implemented with Commercial Support; Simplifies Going Parallel

• Enhanced performance and utilization of future Intel CPU features

• SIMD pragma loops, vector length, and elemental functions support

• Mac OS* support

cilk_for (int i=0; i<n; ++i) {Foo(a[i]);

}

Open spec at: cilkplus.org

}int fib (int n){

if (n <= 2)return n;

else {int x,y;x = fib(n-1);y = fib(n-2);return x+y;

}}

}int fib (int n){

if (n <= 2)return n;

else {int x,y;

x = _cilk_spawn fib(n-1);y = fib(n-2);_cilk_sync;return x+y;

}}Turn serial code Into parallel code

Parallel loops made easy



Intel® Inspector XE - Dynamic AnalysisDetects memory and threading errors

• Memory errors• Invalid Memory Accesses• Memory Leaks• Uninitialized Memory Accesses• Improper usage of Memory API(s)• Resource Leaks (Windows only)

•Threading Errors• Data Races• Deadlock/Lock Hierarchy Violation• Cross Stack Memory Accesses

� No special compiles(dynamic binary instrumentation)

� Analyze DLLs (source optional)

� Runs threaded� 32 and 64-bit OSs

(e.g., Windows 7, RHEL 6)

� Easy user interface



Intel® Parallel Studio XE - Static AnalysisDetects over 250 different kinds of errors & security risks

Coding Errors (partial list)

• Memory and resource leaks• Incorrect OpenMP* and Cilk directives• Pointer and array errors

Security Errors (partial list)

• Buffer overflows and underflows• Uninitialized variables and objects• Incorrect pointer usage• Misuse of string, memory formatting

library routines

� No compiler change required−Existing compiler for code generation−Intel compiler front end for static

analysis

� No workload required� Fast ~1.5X time of an optimizing

compile†

� Easy user interface

† Estimate. Your results may vary.

Static Analysis is included in all Studio XE products.It is not sold separately.



Where is my application…

Spending Time? Wasting Time? Waiting Too Long?

• Focus tuning on functions taking time

• See call stacks• See time on source

• See cache misses on your source

• See functions sorted by # of cache misses

• See locks by wait time

• Red/Green for CPU utilization during wait

Intel® VTune™ Amplifier XE Performance Profiler

• Windows & Linux• Low overhead• No special recompiles

Advanced Profiling For Scalable Multicore Performance

Claire CatesPrincipal Developer, SAS Institute Inc.

We improved the performance of the latest run 3 fold. We wouldn't have found the problem without something like Intel® VTune™ Amplifier XE.



Intel® VTune™ Amplifier XE Tune Applications for Scalable Multicore Performance

• Fast, Accurate Performance Profiles– Hotspot (Statistical call tree)– Hardware-Event Based Sampling

• Thread Profiling– Visualize thread interactions on timeline– Balance workloads

• Easy set-up– Pre-defined performance profiles– Use a normal production build

• Compatible– Microsoft, GCC, Intel compilers– C/C++, Fortran, Assembly, .NET– Latest Intel® processors

and compatible processors1

• Find Answers Fast– Filter extraneous data– View results on the source / assembly– Event multiplexing

• Windows or Linux– Visual Studio Integration (Windows)– Standalone user i/f and command line– 32 and 64-bit

1 IA32 and Intel® 64 architectures. Many features work with compatible processors. Event based sampling requires a genuine Intel® Processor.


Summary



Intel® Parallel Studio XE Performance, Quality, and Scalable Parallelism Solutions

software.intel.com

• Performance - Intel tools are key to utilizing processor performance

• Scale forward - Your application investment extends to tomorrow’s platforms

• Confidence - Trusted software tools you can count on



Intel®

Parallel Studio XE

Intel®

C++ Studio XE

Intel®

FortranStudio XE

Analy

sis

Intel® Inspector XEMemory and Thread Checker

��

Intel® Static Security Analysis ��

Intel® VTune™ Amplifier XEPerformance Profiler

��

Com

pilers Intel® C++ Compiler �� x

Intel® Fortran Compiler �� x ��

Lib

rari

es

Intel® Integrated Performance Primitives �� x

Intel®

Threading Building Blocks�� x

Intel® Math Kernel Library ��

Tool

Intel® Parallel Advisor C++ Windows available (separate download)

�� x

Windows MSRP $1,899 $1,499 $1,599

Windows SSR $759 $599 $639

Linux MSRP $2,249 $1,499 $1,799

Linux SSR $899 $599 $719

Intel® Parallel Studio XE Family Suites

Intel Confidential - Internal Use Only



Optimization Notice

9/4/2012

Optimization Notice

Intel’s compilers may or may not optimize to the same degree for non-Intel microprocessors for optimizations that

are not unique to Intel microprocessors. These optimizations include SSE2®, SSE3, and SSSE3 instruction sets and

other optimizations. Intel does not guarantee the availability, functionality, or effectiveness of any optimization on

microprocessors not manufactured by Intel. Microprocessor-dependent optimizations in this product are intended

for use with Intel microprocessors. Certain optimizations not specific to Intel microarchitecture are reserved for

Intel microprocessors. Please refer to the applicable product User and Reference Guides for more information

regarding the specific instruction sets covered by this notice.

Notice revision #20110804



Legal Disclaimer

9/4/2012

INFORMATION IN THIS DOCUMENT IS PROVIDED “AS IS”. NO LICENSE, EXPRESS OR IMPLIED, BY ESTOPPEL OR OTHERWISE, TO ANY INTELLECTUAL PROPERTY RIGHTS IS GRANTED BY THIS DOCUMENT. INTEL ASSUMES NO LIABILITY WHATSOEVER AND INTEL DISCLAIMS ANY EXPRESS OR IMPLIED WARRANTY, RELATING TO THIS INFORMATION INCLUDING LIABILITY OR WARRANTIES RELATING TO FITNESS FOR A PARTICULAR PURPOSE, MERCHANTABILITY, OR INFRINGEMENT OF ANY PATENT, COPYRIGHT OR OTHER INTELLECTUAL PROPERTY RIGHT.

Performance tests and ratings are measured using specific computer systems and/or components and reflect the approximate performance of Intel products as measured by those tests. Any difference in system hardware or software design or configuration may affect actual performance. Buyers should consult other sources of information to evaluate the performance of systems or components they are considering purchasing. For more information on performance tests and on the performance of Intel products, reference www.intel.com/software/products.

BunnyPeople, Celeron, Celeron Inside, Centrino, Centrino Atom, Centrino Atom Inside, Centrino Inside, Centrino logo, Cilk, Core Inside, FlashFile, i960, InstantIP, Intel, the Intel logo, Intel386, Intel486, IntelDX2, IntelDX4, IntelSX2, Intel Atom, Intel Atom Inside, Intel Core, Intel Inside, Intel Inside logo, Intel. Leap ahead., Intel. Leap ahead. logo, Intel NetBurst, Intel NetMerge, Intel NetStructure, Intel SingleDriver, Intel SpeedStep, Intel StrataFlash, Intel Viiv, Intel vPro, Intel XScale, Itanium, Itanium Inside, MCS, MMX, Oplus, OverDrive, PDCharm, Pentium, Pentium Inside, skoool, Sound Mark, The Journey Inside, Viiv Inside, vPro Inside, VTune, Xeon, and Xeon Inside are trademarks of Intel Corporation in the U.S. and other countries.*Other names and brands may be claimed as the property of others.

Copyright © 2011. Intel Corporation.

http://intel.com/software/products

Ultrabook™ Developer Resources

Intel® Corporation

For Internal Use Only * Other names and brands may be claimed as the property of others.

Intel AppUp®Intel AppUp®

127

Intel AppUp® CenterThousands of Apps, Aggregated and Curated for Easy Discoverability

• Digital storefront for existing and new PC

software, apps, content, and

entertainment

• Simplified submission process to support

existing software applications and

content

• Purchases supported in >45 countries, via

25 unique partners, and in 5 languages*

• Security testing performed prior to

publication

• Distribution mechanism for all digital

content

Intel Confidential 128

Intel AppUp®is a trusted and aggregated source to get digital content

for Ultrabooks™, notebooks, and PCs – hundreds of millions of platforms!

www.AppUp.com

*English, French, German, Spanish, Italian (coming Q2’12)

Other names and brands may be claimed as the property of others.

Intel Confidential 129

Why Distribute through Intel AppUp®Expanded Reach with Intel AppUp®

• Every 56 seconds a new user joins AppUp®

• Every 16 seconds an application is downloaded via AppUp®

• Potential to reach >2.6B installed PCs worldwide1

• Participate in a ~$10B PC App Store Market2

• Single submission, single validation, single security process that

distributes across many digital storefronts, worldwide

• Opportunities to differentiate products by utilizing Intel hardware

features

1Source: IDC Windows Client OS Installed Base, WinXP and Win72 Source: IDC, Bain, displaysearch, Intel analysis

Easy to submit existing content + a potential reach of 2.6B installed PCs

= High ROI

Connecting Creators with Millions of Consumers

130

Drive consumer adoption by solving consumer problems

� AppUp® makes DISCOVERABILITY easy by AGGREGATING and CURATING

content in a single repository, accessible by many partners worldwide and

hundreds of millions of PCs

Reduce the risk of malware and threats delivered via downloads

� AppUp® SCANS every submission prior to publishing to help ensure a safe

and trusted environment for consumers

Deliver content focused around categories users care about � Games, Entertainment, Creativity, Education, Productivity, Lifestyle, etc

Available today and easily accessible� AppUp® supports Windows7 and Windows XP today – with an opportunity

to reach 2.6B PCs

� AppUp® will be available with Win8

Intel AppUp® provides consumers with a breadth

of popular and relevant content, AGGREGATED and easily DISCOVERABLE,

VALIDATED and SCANNED to help prevent malware,

making PCs more fun and useful.

Opportunity To Grow With Us: 2.6B PCsMarketing initiatives targeted towards the installed base

131*source: IDC PC Shipments by Operating System

Part of the Largest Intel Marketing Campaign

since Intel® Centrino®!

Direct to

Consumer

Social

Networking

Partner

MarketingProduct

Placement

Global Distribution of Apps

132*All logos on this slide are the property of 3rd parties

Ultrabook™ Community Resources

• Forums: Ask and Find Answers

• Black Belt Program: Earn Points

• Technical Video Tutorials

• Development Opportunities

134

Earn recognition and rewards

Software.intel.com/en-us/ultrabook

Publishing Apps in Intel AppUp®

• Join AppUp® Developer Center

• Start App Submission

• Validation

• App Published



• 100% Free enrollment

• Access to SDK, Community,

Developer Tools, content, etc

• Submit apps to sell on the Intel

AppUp® Center

• appdeveloper.intel.com

AppUp® Developer Center

136

• Access all apps and

validation process

• Finance

• Messages

• Crash Reporting

• Organization Members

• Black belt program

Your Dashboard

Validation Process

App Publication



www.appup.com

Get Engaged!

• Enroll in AppUp® Developer:

appdeveloper.intel.com/join

• Talk with us on Twitter:

– @Develop4AppUpEU - AppUp®

– Facebook.com/intelappupdeveloper

– Monika Lischke: @MonikaLischke

• Ultrabook Resources:

– Software.intel.com/en-us/ultrabook

140

Call to Action

• DOWNLOAD the Intel AppUp®

center and test drive an app

today at appup.com

• ENROLL in Intel AppUp®

developer

• ENGAGE in the Ultrabook™

Community

• BUILD new apps & experiences

that integrate Ultrabook touch,

sensors, GPS, etc

• SUBMIT apps to be sold globally

through Intel AppUp® center &

affiliate stores

SDP Specs

• Hard Drive: 180GB SSD - Intel® 520 series

• Processor: Intel® Core™ i7-3667U processor (4M Cache, 2.00 GHZ)

• RAM: 4GB DDR3L 1333MHz

• Screen Resolution: 1600 X 900

• Inputs and Sensors:

– 5-finger Multi-Touch display

– Gyroscope: Sensor Hub

– Accelerometer: Sensor Hub

– GPS: Fastrax GPS IT430

– NFC: SEMCO* module and Cirque* track pad

– Trackpad

– Keyboard

– Front Facing WebCam

• Ports:

– 2 USB

– HDMI: Mini HDMI

– 1 SD Slot



How to get to the cbase



1. Subway Station Kaiserdamm

2. U2 into direction of Pankow

3. Change at Zoologischer Garten

4. take the S-Bahn train in direction of Strausberg (S5) or Wartenberg (S75)

5. Get off Jannowitzbrücke, cross the river Spree and then left into Runge Strasse

Wrap Up and Closing


• SDP (Software Development Platform) Distribution

• Join Intel® Premier Support - https://premier.intel.com/

– Locate Serial Number on back of SDP

– Submit Issues

– Download SoftwareUpdates

– Device Announcements

• Hacking Session at the c-base

• Book a TME: contact us for a technical follow up session

• Blog, tweet, facebook, G+ and instagram

develop, develop, develop, develop, develop, develop!

Intel Ultrabook™ AppLab

THANK YOU!

intel ultrabook applab - all slides

Technology

nuclear facility

affect actual

screen user

specific computer

presented

purchase additional

current characterized

implied warranty