Abstract: The invention provides for a method of providing travel-related information to a mobile communications device (12) comprising determining the opposition of the mobile communications device (12), deriving at least one signal at the mobile communications device (12) indicative of the position of the mobile communications device (12) and indicative of a travel-related request initiated at the mobile communications device (12), and including the steps of retrieving travel service information from a transport service provider and responding to the travel-related request by calculating location and time information of a travel service (14) serving to fulfil the request, and providing an output at the mobile communications device (12) of the calculated location and time information of the travel service (14).

Abstract: The invention provides for a method of providing travel-related information to a mobile communications device (12) comprising determining the opposition of the mobile communications device (12), deriving at least one signal at the mobile communications device (12) indicative of the position of the mobile communications device (12) and indicative of a travel-related request initiated at the mobile communications device (12), and including the steps of retrieving travel service information from a transport service provider and responding to the travel-related request by calculating location and time information of a travel service (14) serving to fulfil the request, and providing an output at the mobile communications device (12) of the calculated location and time information of the travel service (14).

Abstract: A television signal for a television transmission system conveys a motion information signal in addition to the vision signal. At the transmission side each field of a picture is subdivided into a plurality of regions and up to a given number of the most dominant motion vectors appropriate to a region are generated. These motion vectors are transmitted as the motion information signal and in a receiver are separated from the television signal in a decoder (12). The spatially offset pixels are identified in a first spatial offset circuit (14) from a vision signal delayed by a picture memory (16) and compared in a picture information comparison circuit (17) with pixels in the corresponding field of the current picture to identify the motion vector indicating the pixel of corresponding magnitude.

Abstract: In automatic assembly apparatus operating under electronic vision control, features on components to be assembled must be recognized and located in position and orientation so that a gripper mechanism may be directed to one component to pick it up and move it into correct position and orientation relative to the other component for assembly. The invention provides a known parallel projection optical system 8, 9, at the location of each component which provides a plan view for an electronic camera 11 of the components 20, 22 at constant scale regardless of lateral or axial component movements. The grey-level picture of each component provided by the camera is thresholded into a binarized picture at a threshold level which selects a primary component feature 27 within a part of the camera field of view which is certain to contain this feature.

Abstract: Character thinning apparatus for use in recognizing characters comprising means for applying a compound operator in cycles to each point of the binarized character on a first matrix, and means for rewriting, in each cycle, character points to which the compound operator is applied into corresponding positions in a second matrix in accordance with a compound test criterion.