Abstract: A method for identifying a result of a test carried out from a fluidic sample, the fluidic sample being contained in a translucent container, the container being positioned on an area of interest of the container and opposite a dedicated area of the support. Ranges of reference colorimetric values and geometric references are printed on the support which also includes calibration colorimetric values printed in the at least one color calibration area.

Abstract: The invention relates to a method for improving the reliability and the reception quality of video data streams over a wireless network controlled by Wi-Fi communication protocols, the video data stream being encoded in the form of packets Q each including K first data blocks and H redundancy blocks for forward error correction (FEC), said stream comprising a series of packets G each including K+N blocks which are transmitted by at least one transmitting device multicasting same to client viewing devices such as smartphones.

Abstract: A method for encoding streams of video data based on groups of pictures (GOP) used in video coding to define the arrangement order of the images with internal coding and with predictive coding for generating a visible image, including redundancy transmission error correction means for transmissions over a wireless network controlled by a local data communication protocol. The video stream consists of consecutive data packets G, each packet G comprising a first set M containing the video data to be transmitted, and a second set comprising redundancy data obtained by a redundancy algorithm. According to the method, the first data set M is composed of all the data of at least one group of pictures (GOP).

Abstract: A method for encoding streams of video data based on groups of pictures (GOP) used in video coding to define the arrangement order of the images with internal coding and with predictive coding for generating a visible image, including redundancy transmission error correction means for transmissions over a wireless network controlled by a local data communication protocol. The video stream consists of consecutive data packets G, each packet G comprising a first set M containing the video data to be transmitted, and a second set comprising redundancy data obtained by a redundancy algorithm. According to the method, the first data set M is composed of all the data of at least one group of pictures (GOP).

Abstract: The invention relates to a method for improving the reliability and the reception quality of video data streams over a wireless network controlled by Wi-Fi communication protocols, the video data stream being encoded in the form of packets Q each including K first data blocks and H redundancy blocks for forward error correction (FEC), said stream comprising a series of packets G each including K+N blocks which are transmitted by at least one transmitting device multicasting same to client viewing devices such as smartphones.

Abstract: The method for distributing video streams performs a simultaneous and continuous capture of different video sequences, which are converted as they are captured into streams of digital video data continuously transmitted in multipoint distribution from one transmitter to at least two remote mobile terminals personal to a user, via a telecommunication network. At the level of each terminal, the streams are received and an interface for controlling their distribution is displayed. The interface permits each user to select one video sequence for viewing at the level of his terminal as well as to control the distribution of viewing by streaming at actual speed, or by changing the frame rate, and/or by choosing the direction of streaming, and/or by selecting a moment of the sequence.