Abstract: A procedure and a device for the determination of current airspeeds [13] of a rotorcraft [2] in a stationary flight regime and/or at low speeds. A calculation system [1] incorporates two pairs of polynomial calculation laws [9] [10] that are executable successively by pairs. A pair of first polynomial laws [9] calculates estimated airspeeds [11], consisting respectively of longitudinal and lateral airspeeds, and is constructed through multilinear regression based on parameters relating to simulated flight points [17] defined by means of a flight simulator [18]. A pair of second polynomial laws [10] calculates the current airspeeds based on the estimated airspeeds [11], and is constructed through multilinear regression based on parameters relating to test-flight points defined by means of test flights [25].

Abstract: A procedure and a device for the determination of current airspeeds [13] of a rotorcraft [2] in a stationary flight regime and/or at low speeds. A calculation system [1] incorporates two pairs of polynomial calculation laws [9] [10] that are executable successively by pairs. A pair of first polynomial laws [9] calculates estimated airspeeds [11], consisting respectively of longitudinal and lateral airspeeds, and is constructed through multilinear regression based on parameters relating to simulated flight points [17] defined by means of a flight simulator [18]. A pair of second polynomial laws [10] calculates the current airspeeds based on the estimated airspeeds [11], and is constructed through multilinear regression based on parameters relating to test-flight points defined by means of test flights [25].

Abstract: A network system providing integration. The network system includes a client computer, a server, a server-side cryptographic function, a PKI-Bridge, a remote access switch, a client-side cryptographic function, a dial-up client, and a custom script dynamically linked library. The server-side cryptographic function is located on the server and provides cryptographic services. The PKI-Bridge provides an interface between the server and the server-side cryptographic function. The remote access switch provides an interface between the client computer and the server. The client-side cryptographic function is located on the client computer and provides cryptographic services. The dial-up client provides dial-up services to access the remote access switch. The custom script dynamically linked library provides an interface between the dial-up client and the client-side cryptographic function.

Abstract: A network system providing integration. The network system includes a client computer, a server, a server-side cryptographic function, a PKI-Bridge, a remote access switch, a client-side cryptographic function, a dial-up client, and a custom script dynamically linked library. The server-side cryptographic function is located on the server and provides cryptographic services. The PKI-Bridge provides an interface between the server and the server-side cryptographic function. The remote access switch provides an interface between the client computer and the server. The client-side cryptographic function is located on the client computer and provides cryptographic services. The dial-up client provides dial-up services to access the remote access switch. The custom script dynamically linked library provides an interface between the dial-up client and the client-side cryptographic function.

Abstract: A network system providing integration. The network system includes a client computer, a server, a server-side cryptographic function, a PKI-Bridge, a remote access switch, a client-side cryptographic function, a dial-up client, and a custom script dynamically linked library. The server-side cryptographic function is located on the server and provides cryptographic services. The PKI-Bridge provides an interface between the server and the server-side cryptographic function. The remote access switch provides an interface between the client computer and the server. The client-side cryptographic function is located on the client computer and provides cryptographic services. The dial-up client provides dial-up services to access the remote access switch. The custom script dynamically linked library provides an interface between the dial-up client and the client-side cryptographic function.

Abstract: A network system providing integration. The network system includes a client computer, a server, a server-side cryptographic function, a PKI-Bridge, a remote access switch, a client-side cryptographic function, a dial-up client, and a custom script dynamically linked library. The server-side cryptographic function is located on the server and provides cryptographic services. The PKI-Bridge provides an interface between the server and the server-side cryptographic function. The remote access switch provides an interface between the client computer and the server. The client-side cryptographic function is located on the client computer and provides cryptographic services. The dial-up client provides dial-up services to access the remote access switch. The custom script dynamically linked library provides an interface between the dial-up client and the client-side cryptographic function.