What is Microsoft Worldwide Telescope?

Features, Working, Mission, Modes and Scope of the Microsoft Worldwide Telescope

The Microsoft Worldwide Telescope is the Computer application program which is created by the Microsoft that can be easily run under the Microsoft windows client and provides a new inter-crossing platform for the web client which is totally based on the Microsoft silver light and provides the covering of whole outer space such that you can view the new features of the outer space which will takes you to the new exploring planets and stars, the resolution of the Microsoft Worldwide Telescope is so much high that you can zoom around the outer space and expand your zonal area of viewing, as the images which is included in it is taken from the famous Telescope that is Hubble space telescope which consist of the stock of outer space images of different light wavelengths, in order to work with it in the effective manner the Microsoft Visual Experience Engine technologies functionality is also required.

Microsoft Worldwide Telescope Release

Initially, The Project of the Microsoft worldwide Telescope started in the year 2002 at the Microsoft Research and further extended an finally with the support of the Jim Gray who is the lead database researcher in the Johns Hopkins University had developed a satellite for viewing and taking the Earth-images of the database existing in the outer-space and thus, this same concept of satellite development will be further enhanced to apply similar techniques which will organize the astronomical database in a well organized and inter-related manner which provides a easy access to the sky images and finally at the TED conference in Monterey at California in February 2008, Microsoft Worldwide Telescope is officially announced.

Features of the Microsoft Worldwide Telescope

The Microsoft Worldwide Telescope is the web visualization software environment that can be used to enable your computer system to function as a virtual Telescope that can bring together the images of the world and space based telescopes all together for the exploration of the universe such that Images of data Limits of Terabytes can be used as a multiple sources with rich media experience that can be delivered to the students to understand the powerful user interface. The various features offered by it are discussed below-

Localized user interface of Local content

There are different viewing modes in Microsoft Worldwide Telescope that can be used to define the viewing of the images such that you can browse the images according to your requirement and load images of different sizes too which offers equirectangular images of the panoramas, sky images, planet surfaces. The images on which the Astronomy Visualization Meta data is based is loaded and registered on the sky along with the images which is not based on the Astronomy Visualization Meta data, thus we can say that all images whether belongs to the Astronomy Visualization Meta data or not must be loaded in the application package in the aligned manner which provides the direct access to the user along with the direct downloading and editing facilities of images is also there which can moves, scales or rotates the images after aligning them with respect to the other components like stars and finally save them to the collections for sharing and viewing for the later purpose.

Review of Zoom Images of solar system

As we are familiar with the solar system which consist of nine planets and other so many stars but only this (nine planets are providing seat in our universal system) that is Mercury, Venus, Earth, Mars, Jupiter, Saturn, Uranus, Neptune and Pluto along with the main member which allows them to moves in their respective position that is Sun, the zoom images of all scaled objects with different angle and different wavelengths are taken out with fixed position of the objects, you can even traverse your angle of viewing in forward or in reverse direction at fixed time rates at fixed time and date at which you are viewing that image.

The same sort of tool is provided which is same as the Microsoft MapPoint which selects particular position of angle to which you want to view the positions of Solar system, according to time and date which exist in the history, you can view the images of that point of time that is between the 1AD to 4000AD.For example-The user can view the eclipse, occultation or astronomical alignment from the best position from which it is viewed. Moreover, it is possible to zoom through the Solar system and also through the Milky Way which is our galaxy to see the hypothetical view of the entire universe.

Tours and Traveling

Microsoft worldwide Telescope consist of the large number of multi-media authoring environment that allows its users to create the tours of the simple slide-based paradigm which uses the Microsoft PowerPoint slides to make it attractive for the customers to see the required geographical distances and locations of the particular areas. The slides consist of the camera which is used for the ken burns effect which is the famous zooming and panning feature used for video production from the still images. This name is represented in the American documentation and now become an associative name with the Hitchcock zoom and name Ken Burns Effect is the iMovie 3 software that makes use of the embedding still photographs to motion the still pictures with slow zooming and panning effects that fades the transitions of the images by reducing the frame rate.

The clip are transitioned from one position to another then zoom out so that another photo becomes visible by improving the viewer visually entertainment For providing the convenience to the user pictures, objects and text uploading is allowed with some playback music and voices that has added some flavors in it. For example- when the photograph of the baseball team is panned then the players faces are easily narrated.

For the purpose of Amateur Astronomy

The program in which we firstly selects the telescope and a camera that can help us to preview the fields of the sky by making use of the ASCOM(Astronomy Common Object Model) which is an open initiative to provide the standard interface to a range of astronomy equipment which includes the mounts, focusers and imaging devices in a Microsoft windows environment. The ASCOM drivers act as the abstraction layer between the client and hardware and thus, making the client automatically compatible with all devices that supports the properties and methods of Astrology. For example-The abstraction allows an ASCOM client to use an imaging device without getting to know about whether the device is attached with respect to serial or network connection.

The properties and methods of ASCOM are accessible with respect to the scripting interface applications such as VBscript and Javascript that provides support for the Microsoft COM objects to directly interface with the ASCOM. Moreover, you can connect a computer controlled telescope or an astronomical pointing device such as Mysky and catalog objects of 1arc-secod per pixel imagery that helps an astrophotographer to select and plan photograph of the outer-space and find a star using the Multi-chip indicator.

Virtual observatory environment with communities

The Microsoft worldwide Telescope consist of Rich Virtual Observatory Client and International Virtual Observatory Alliance which is the worldwide organization which collect and co-ordinates the data for the astronomical observatories makes us of this various standards and then on behalf of those standards it ensures the interoperability of various virtual observatory projects for the project development based on the astronomy and provides the images, search and catalog of the data that concentrate on the database of the web applications that too consist of the astronomical content. Instead of this, the virtual communities allows the organizations to ad their own search results to the Microsoft Worldwide Telescope interface by subscribing to the RSS feeds that consist of the astronomical metdata.

Working of the Microsoft Worldwide Telescope

There are so many celestial objects in the universe which radiate energy with wide range of wavelengths that consist of the ultraviolet, radio or gamma rays, thus after combining these wavelengths we will get the observations with some new flavors of impressive archives of celestial objects that will be constructed from the observations of combining wavelengths and by making use of the Hubble telescope and Chandra X-ray Observatory, The information of the impressive archives provides the comprehensive analysis of multiple instruments at different wavelengths.

This combining wavelength give rise to the zooming radiations which will view into the faded visible light and discover the distribution of the hydrogen cloud structure which is given by the high radiation energy to Milky Way galaxy and this way many hidden objects can panned and zoomed using the correct position of the Telescope at earth axis.

Mission of Microsoft Worldwide Telescope

The Microsoft Worldwide Telescope community along with the International Virtual Observatory Alliance defines the standard for the mission of the Worldwide Telescope which consist of the two points discussed below-

* To provide the scientific data to the mot of the world largest astronomical communities such that major telescopes, observatory labs and institutions are making use of the application software package of the Microsoft that is Microsoft Worldwide Telescope to make the studies of the astrology simpler using a comprehensive cohesive Internet based portal.

* To maintain the interest of the science sector in this package especially the young generation by providing the strong base for the teaching stuff such that teaching profession will become easier because more images are provided then on the behalf of those images scientific discovery and computational science operations are carried out.

Various Modes of operation of Microsoft Worldwide Telescope

The Microsoft Worldwide Telescope consist of the five main modes for which it is made and provide high resolution pictures and images using the remote servers that enables you to explore universe with multiple wavelengths which consist of five modes that is Sky, Earth, Planets, Panoramas, and Solar System are discussed below-

Features, Working, Mission, Modes and Scope of the Microsoft Worldwide Telescope

Sky -Sky mode is the main feature of the software that allows the high quality images of the outer space which is very much similar with the images taken from the Hubble telescope, the position of each image is at the fixed geographical distance that too ranges from radio to gamma and consist of more than 50 thousand sky images, the sky modes covers Sun, Moon, Planets and moon at their fixed respective positions.

Earth-The Earth mode allows the users to view the 3D model of the earth from any angle from any side and of the pictures of it is taken from the NASA world wide and Microsoft Virtual Earth and on the behalf of the map images free images of day and night is taken out with the high resolution of around 100,000 feet above the sea level.

Planets-In the planet mode we also make use of the Microsoft 3D Photosynth technique of the nine planets that includes Mercury, Venus, Earth, Mars, Jupiter, Saturn, Uranus, Neptune, Pluto and the moon images are also taken out and different zooming and panning effects are also included in it that allows Mandelbrot set which locates the points of the geographical axis taken from the co-ordinate axis of the Earth to draw the boundaries of the complex quadratic polynomial which consist of the absolute value.

Panoramas-The Panorama mode uses the Mars rover which is an automated motor vehicle which itself covers the planet mars surface fully by landing the vehicle in the smooth manner using the remote robotic vehicle control that uses the HDview technology to view the images and pictures of the panoramas.

Solar system-The solar system as already mentioned consist of the so many stars and planets and thus it involves the pictorial view of all the components exist in the universe using the Microsoft 3D Photosynth technology which has a range of many kilometers.

Scope of Microsoft Worldwide Telescope

The Microsoft Worldwide Telescope enables your system to work as the virtual telescope that brings together the many interesting places in the sky, so In the January 2011 The American Astronomical Society meeting and the Microsoft Worldwide Telescope joins their hands to highlight the Worldwide Telescope in the research, teaching and public activities. The Mars Exploration with night sky images will be taken from it because it is capable of taking the high resolution images, as in its database it already has more than 13,000 detailed images of mars, thus will be used by the NASA for the for the exploration of the solar system and especially the mars planet.

Features, Working, Mission, Modes and Scope of the Microsoft Worldwide Telescope