Radikally Different - Our World View

Develop with Kinect for New Age Experiences

Kinect developed by Microsoft is a motion sensing device developed in order to allow users to replace game controllers for interaction and control over their gaming consoles and computers. Microsoft boasts of Kinect for its possibilities in wide range of practical use. When you develop applications that run on Windows Kinect you ensure unique features and a pre-distribution assurance in the Windows Store. Kinect Adapter for Windows is handy in connecting Xbox One sensor to a desktop.

Some Key Points That Make Kinect Competitive

(I)Microsoft Kinect has a wide range of sophisticated microphone arrays, sensors and skeletal tracking technologies. This helps greatly in achieving high-end gaming.

(II)Windows SDK can utilize the Microsoft Kinect platform for building advanced applications with the help of Visual Studio Basic, C++ and C. All of this can be managed in Microsoft Visual Studio 2010.

(III)Computers can be linked with Kinect using devices that run on Windows 7 and Windows 8 Developer Preview.

(IV) Application built with Kinect can be successfully run for Windows Commercial Software Development Kit (SDK).

Widening of Audience

Developers can look forward to have a widened audience base with the introduction of high-end applications that support voice recognition and gesture which gain massively from Kinect sensor technology.

Actions taking place on screen can be enjoyed greatly with the inclusion of Kinect motion sensors. Complete interactive and multimedia platform can be put to great use in coming up with innovative robotics, game designs, music and computer visions. There are latest techniques offered on Microsoft OpenKinect project. Developers can put to use the tools and hacks learnt in similar forums. Adding innovation will add to the audience bases.

Infrared Dotting and Sensor Patterns

Brief functioning of Kinect expands with the constant, predetermined pattern of infrared dots. The depth of field is increased as the background, depth of RGB camera and human movements become variable. The best part of associating with Kinect is that it visualizes an environment as dots clustered in a 3D environment. The environment is not viewed as a flat image which helps greatly in building great experiences for the user.

Kinect for mapping Applications

Kinect sensor’s camera can be used to map applications in order to make better accuracy settings. Researchers have shown great interest in developing (based on extensive research) various fields of 3D modelling and mapping. Kinect sensor is able to capture colour and depth of images at a frame rate that goes up to an impressive 30 fps. Integrating the data results for colour and depth was found to contain roughly 300,000 points in every frame. The results were found on a coloured point cloud. A heightened point density was achieved while registering successive depth images. It was suggested that a complete point cloud in an indoor environment could possible run in real time.

Complete potential of Kinect sensor (to map applications) can be realised only after analysing data errors. Systematic errors can be analysed to identify and correct depth measurement and calibration parameters. Random errors can be analysed in order to process depth data and furthering the process of developing points and planes.

Microsoft Kinect and some of its Highly Practical and Innovative Applications

Kinect is able to work in line with a wide range of technologies. This has helped developers in introducing numerous hacks applying Microsoft Kinect’s SDK. These hacks are practised in several fields such as robotics, medicine, homes and in various university research projects.

Health and Medicine Sector

A joint venture between Microsoft Research Cambridge and Lancaster University came up with the Body Tracking in Healthcare workshop. This collaborative effort was explored greatly when it was used in touch less interactions during surgeries where images could be controlled and viewed and manipulations could be done without physical contact. Kinect for Windows sensor has made this extreme innovation an easy to use option. Media has covered this discovery widely. It has been suggested that scans and X-rays during ongoing operations can be performed by surgeons. This is a hands-free utility that will come handy to a great extent.

Children with motor disabilities could be clinically assessed with the help of Kinect’s body tracking abilities. While children with cerebral palsy can play simple computer games doctors can analyse the status of their diseases via Kinect’s movement monitoring data.

It has been found that Kinect is able to diagnose other severe ailments like multiple sclerosis, Alzheimer’s and various other brain and nervous system disorders.

Sign Language Translation

There should not be any barrier between humans wanting to communicate, collaborate and exist uniformly. People with speech and hearing disabilities do have the right to strike a chord and what better way than the Kinect Sign Language Translator? This system will allow communication to take place between people putting out signs and people who do not speak in sign languages.

There are around 300 sign languages and Kinect can be programmed to translate gestures and signs.

Bring About high-quality 3D Scans

Kinect Fusion Project uses the Kinect camera as a 3D scanner in carrying out scans for small and large sized objects. 3D models can be created with the sensor which can be put to various uses.

Enabling Any Flat Surface into a Touch screen

Combining a Kinect, Ubi, a projector and a Windows 8 computer can turn any flat surface into an interactive touch screen surface. Kinect sensor makes the system function with various levels of interactive inputs such as swiping, clapping, zooming and waving. This would work exactly like a touch screen device. There are no other special requirements or set-ups necessary for experiencing Kinect enabled flat surface touch screen.

Kinect is a massive area that still needs to be researched in order to achieve great many directions. Depths, fields and motions are the basis of imaging foundations and Kinect can help greatly in building numerous dimensions to games and applications.