Abstract: Disclosed is a method for simulating three dimensional display of data. The method comprises obtaining (S100) width and height for an information container, and obtaining (S110) width and height for a virtual three-dimensional display unit. Additionally, the method comprises determining (S120) a number of faces, width and height for each face of the virtual display unit, and an angle between adjacent faces of the virtual display unit. The method further comprises determining (S130) a rotation point, retrieving (S140) data for a first page, and determining (S150) width and height for the data of the first page. The method also comprises inserting (S160) the data of the first page into the first face, and then repeating steps (e) to (g) for each face of the plurality of faces. The final steps are to display (S170) and rotate (S180) the virtual display unit around its rotational axis.

Abstract: Disclosed is a method for simulating three dimensional display of data. The method comprises obtaining (S100) width and height for an information container, and obtaining (S110) width and height for a virtual three-dimensional display unit. Additionally, the method comprises determining (S120) a number of faces, width and height for each face of the virtual display unit, and an angle between adjacent faces of the virtual display unit. The method further comprises determining (S130) a rotation point, retrieving (S140) data for a first page, and determining (S150) width and height for the data of the first page. The method also comprises inserting (S160) the data of the first page into the first face, and then repeating steps (e) to (g) for each face of the plurality of faces. The final steps are to display (S170) and rotate (S180) the virtual display unit around its rotational axis.

Abstract: The present invention relates to a method and arrangement in a communications system and more specifically to digital signatures sent over bandwidth restricted connections. The objective of the present invention is to provide a way to enable a mobile public network user to use his/her mobile device (104) for performing digital signing of data suitable for being transferred partially over a bandwidth restricted radio link to a receiver (102) such as a payment server or similar. A digital signature is created within a mobile device (104) and transferred the over the radio access network (108) to the gateway (110), a certificate associated to the specific mobile device is retrieved by means of an agent (116) associated to the gateway (110), said retrieved certificate is attached to the digital signature by means of said agent (116); and said digital signature and attached certificate forwarded over the Internet (106) to the receiver (102).