Abstract: When establishing an emergency connection in a wireless network having an authentication server, wherein a user terminal is a non-subscriber to the network, a dialed number is recognized as an emergency number and the terminal sends a start-up message to a radio access point of the network. The terminal receives a first message that requests the identity of the terminal, from the access point in response to the start-up message, and sends a second message, which contains the identity of the terminal and an indication indicating that the terminal is attempting to make an emergency call. An authentication server determines that the second message contains an indication that the call is an emergency call, and sends an acceptance message to the terminal via the access point wherein a port of the access point is validated to permit the terminal to establish an emergency connection.

Abstract: When establishing an emergency connection in a wireless network having an authentication server, wherein a user terminal is a non-subscriber to the network, a dialed number is recognized as an emergency number and the terminal sends a start-up message to a radio access point of the network. The terminal receives a first message that requests the identity of the terminal, from the access point in response to the start-up message, and sends a second message, which contains the identity of the terminal and an indication indicating that the terminal is attempting to make an emergency call. An authentication server, determines that the second message contains an indication that the call is an emergency call, and sends an acceptance message to the terminal via the access point wherein a port of the access point is validated to permit the terminal to establish an emergency connection.

Abstract: When establishing an emergency connection in a wireless network having an authentication server, wherein a user terminal is a non-subscriber to the network, a dialed number is recognized as an emergency number and the terminal sends a start-up message to a radio access point of the network. The terminal receives a first message that requests the identity of the terminal, from the access point in response to the start-up message, and sends a second message, which contains the identity of the terminal and an indication indicating that the terminal is attempting to make an emergency call. An authentication server determines that the second message contains an indication that the call is an emergency call, and sends an acceptance message to the terminal via the access point wherein a port of the access point is validated to permit the terminal to establish an emergency connection.

Abstract: An application server for reducing ambiance noise in an auscultation signal, and for recording comments while auscultating a patient with an electronic stethoscope This application server (AS) comprises: means (SPH) for receiving samples of a raw auscultation signal representing auscultation sounds mixed with ambiance sounds, this raw auscultation signal being transmitted by a first microphone (M1) embedded in a stethoscope (ES), means (SPH) for receiving samples of an ambiance signal transmitted by a second microphone (M2) in a phone (IPP1), means (ASE) for processing the samples of the auscultation signal and the samples of the ambiance signal for generating an auscultation signal without ambiance sounds, means (LBM) for sending the auscultation signal without ambiance sounds to at least the headset of said stethoscope (ES), means (VRM) for recognizing vocal sounds in the ambiance signal, and converting these vocal sounds into text for storing comments into a database (DB).

Abstract: In the method for establishing communication to a remote terminal from the mobile terminal operating in dual mode, the terminal considers a contact corresponding to the remote terminal. The contact has a string of characters including an identification field containing an identifier of the remote terminal and a description field containing at least one character corresponding to a category to which the identifier contained within the identification field belongs. The terminal analyzes the string of characters. The terminal considers the value of the description field. A rule for establishing communication corresponding to the value is determined. The value of the identification field is considered. A request to establish communication in accordance with the rule is sent to the remote terminal.

Abstract: If a given terminal (IPP1) requests the setting up of an emergency call, the method consists in: assigning that terminal to a first virtual network (VLAN1) having a priority higher than that of any virtual network to which a terminal requesting the setting up of a non-urgent call is assigned, the given terminal then using the first virtual network to send in broadcast mode a message addressed in particular to an emergency call server (EMSR); assigning this terminal to a second virtual network (VLAN2) having a priority higher than that of any virtual network to which a terminal that is requesting the setting up of a non-urgent call is assigned, the emergency call server (EMSR) then using the second virtual network to respond to the given terminal in unicast mode.

Abstract: An application server is provided for dispatching physiological signals in a hospital, in real time. Suitably, the hospital includes a local area network infrastructure with a virtual local area network supporting a voice over IP telephony application. The server comprises: means for receiving packets containing samples of a physiological signal via a first terminal connected to the virtual local area network, means for de-encapsulating a received packet containing samples of the physiological signal, at the real time transport protocol level, means for creating a second packet containing samples of the physiological signal, and forwarding the second packet back at least to the first terminal.

Abstract: An application server (AS) for dispatching physiological signals in a hospital, in real time, this hospital comprising a local area network infrastructure (HN) with a virtual local area (VN) supporting voice over IP telephony application, comprises:—means for receiving packets containing samples of a physiological signal via a first terminal (IPP1) connected to the virtual local area (VN) supporting voice over IP,—means for de-encapsulating a received packet containing samples of said physiological signal, at the real time transport protocol level,—means for creating a second packet containing samples of said physiological signal, and forwarding the second packet back at least to the first terminal (IPP1).

Abstract: An application server for reducing ambiance noise in an auscultation signal, and for recording comments while auscultating a patient with an electronic stethoscope This application server (AS) comprises: means (SPH) for receiving samples of a raw auscultation signal representing auscultation sounds mixed with ambiance sounds, this raw auscultation signal being transmitted by a first microphone (M1) embedded in a stethoscope (ES), means (SPH) for receiving samples of an ambiance signal transmitted by a second microphone (M2) in a phone (IPP1), means (ASE) for processing the samples of the auscultation signal and the samples of the ambiance signal for generating an auscultation signal without ambiance sounds, means (LBM) for sending the auscultation signal without ambiance sounds to at least the headset of said stethoscope (ES), means (VRM) for recognizing vocal sounds in the ambiance signal, and converting these vocal sounds into text for storing comments into a database (DB).

Abstract: A method to provide lawful interception of a device in a network, the network comprising defining Virtual Local Area Networks (VLAN), wherein a lawful interception device of the network defines a Virtual Local Area Network where at least the device to intercept and the lawful interception device are members.

Abstract: An electronic stethoscope comprises a local unit (1-6) and an outer auxiliary processing unit (PU).

Abstract: In order to distinguish between a breathing phase and a non-breathing phase, it comprises steps consisting, for each stethoscope signal sample, of: —filtering (71) the stethoscope signal in order to eliminate the stethoscope signal's low frequencies, with the cutoff frequency preferentially being 500 Hz. —calculating (72) an energy value Eh for each sample of the filtered signal, —calculating (73) the mean energy Eh_moy of the filtered signal, —then making a decision (74), Breathing or Non-Breathing, based on the value of the difference Eh?Eh_moy for that sample.

Abstract: The present invention relates to a system comprising a processor, a memory unit and a display screen, wherein said memory contains instructions that when executed implement a method of importing selected information into a first application, comprising the step of capturing within a displayed screen of a second application a first format of information that includes a plurality of selectable information value types, whereby at least two out of the plurality of information value types have a different value type attribute, whereby each value type attribute is correlated with a local position of the system. The invention relates further to a process for establishing a connection between a portable computer system comprising a processor, a memory unit and a display screen and a plurality of subgroups consisting of interconnected computer systems comprising the steps, wherein said memory contains instructions that when executed implement a method of importing selected information into a first application.

Abstract: A telephone terminal (UE) comprises telephone signal receiver means (MER) and processing means (MT) adapted in the absence of voice activity to determine a level of comfort noise to be generated as a function of noise data and in the presence of received telephone signals representing voice signals to determine noise signals as a function of noise data and then to subtract at least a portion of said noise signals from the received telephone signals.

Abstract: Here is described a method, a near end telecommunications terminal and a computer executable software code which allow to perform a telecommunications with a far end telecommunications terminal providing the option of applying a narrowband encoding technique without loosing the benefit of a wideband encoding technique. This is achieved after setting up a telecommunications between that near end telecommunications terminal and the far end telecommunications terminal by applying by the codec from the near end telecommunications terminal a sampling when encoding corresponding to a wideband encoding technique while assembling the resulting timeslots into frames to be transmitted to the far end telecommunications terminal via RTP.

Abstract: A data processing system is dedicated to one or more calling users, and comprises (i) storage means (Mi), suited for storing information data indicative of one or more communication addresses of communication terminals (Ci,Ti,FTi) used by the calling user (Ui), and an accessibility status of such calling user through each one of said terminals (Ci,Ti,FTi), (ii) interfacing means (Ii), allowing the calling user (Ui) to request the setting-up of a communication with at least one called user (Uj), and (iii) management means (Gi) capable of negotiating with another data processing system (Dj), dedicated to the called user (Uj), and according to at least the information data stored in their respective memorization means (Mi, Mj), the set-up of the communication, requested by the calling user (Ui) between two terminals likely to be respectively accessed by the calling user (Ui) and the called user (Uj).

Abstract: This method is used to send data representative of the location of communication terminals (T) to a call center (ECC) without using information processing means in the terminals and to send via heterogeneous communication networks (RP, RPT). This method consists, in the event of requesting the setting up of a telephone call between a terminal (T) and the call center (ECC) by means of a dedicated calling number, in sending the call center a signaling message for setting up the connection and comprising a selected call identifier and a text type message including data representative of the location of the calling terminal (T) and the selected call identifier. At the call center, the method consists in associating the signaling message received by the call center with the location data contained in the text message received by the call center if the signaling message and the text message include the same call identifier.

Abstract: This two-mode mobile telephone terminal (T) comprises a first interface (GI) intended to connect it to a wireless global telecommunications network (PLMN), a second interface (WI) intended to connect it to a wireless local area telecommunications network (WLAN), and a control unit (CU) for receiving, from the second interface (WI), a signal (S1) indicating that that terminal is connected to a wireless local area telecommunications network (WLAN), and then to send to the first interface (GI) a control signal (S2) capable of completely disabling the radio transmission of that first interface (GI).

Abstract: A method for establishing communication to a remote terminal from the mobile terminal operating in dual mode, which method is characterized in that it comprises the following operations: The terminal considers a contact corresponding to the remote terminal and comprising a string of characters comprising an identification field containing an identifier of the remote terminal, and a description field containing at least one character corresponding to a predetermined category to which the identifier contained within the identification field belongs; The terminal analyzes the string of characters; The terminal considers the value of the description field; A rule for establishing communication corresponding to said value is determined; The value of the identification field is considered; A request to establish communication in accordance with said rule is sent to the remote terminal.

Abstract: A method for sending a remote power feed to a terminal in a local area network. A repeater of the local area network produces a detection test signal in a line to which a remote terminal is connected, and the signal has an energy level that will not damage the terminal. The presence of a remote terminal adapted to receive a remote power feed via the repeater is detected by detecting the presence of a predetermined impedance in the terminal, and power is supplied to the terminal via the repeater in response to detection of the presence of the terminal.