Abstract: A controller such as an instant micro-connectivity controller includes a transceiver configured to receive a network access request (NAR) associated with an activity of an application executing on a device in a managed network. The NAR indicates a request for access by the application for a duration of the activity and the NAR includes a timestamp and information indicating the duration. The controller also includes a processor configured to selectively grant the request based on information included in the NAR and generate configuration information for the managed network in response to granting the request. In some cases, the configuration information is used to configure one or more of authorizations for a network switch, a firewall, a network address translation (NAT) element, and a router to route messages associated with the activity of the application.

Abstract: A screen allows binary information to be transcribed in an electrical field, with a meaning depending on a value of binary information, on an area of the screen. The screen therefore provides an electrical image which can activate a glove when the user is touching the surface of the screen with a finger.

Abstract: This glove (G1) is used to read information by touch, whenever a finger (1) of this glove touches a screen (E1) comprising at least one area (31, 32, 33) emitting a continuous electrical field. This glove comprises at least one finger (1) comprising: a flexible, dielectric internal wall (24) capable of accommodating a user's finger (28), an external wall (23) that is flexible and dielectric, a liquid (25) contained within at least one space between these two walls, and microparticles (6, 7) placed inside this liquid, said microparticles being electrically charged with the same polarity, and being capable of moving within that liquid under the action of an electrical field.

Abstract: The invention pertains to a method for determining complementary data regarding at least one piece of content transmitted over a telecommunication network, said data being associated with at least one portion of said content's address, comprising the following steps: an address (9) of at least one piece of content is received, as is complementary data (11,11?) associated with said address (9), said received address (9) is compared with saved content addresses (10) in order to determine at least one shared address portion, at least one piece of recurring complementary data is identified within the complementary data (11,11?) associated with said received address (9) and with said saved addresses (10) having a shared address portion, and said shared address portion, as well as the identified associated recurring complementary data, are saved.

Abstract: A connection-oriented communication method between at least two communicating entities, to with a sending entity and a recipient entity connected via a telecommunication network said method comprising the following steps: the sending, by the sending entity, of a data flow, in the form of packets, intended for the recipient entity; the receiving of the data by an proxy application server placed between the entities, the interception by the proxy server of any control messages regarding quality of service which have been defined as potentially affecting the working order of the recipient entity, the transmission, by the proxy server to the recipient entity, of the data arriving from the sending entity regardless of the quality of service.