Abstract: A secure referral transfer includes receiving an offer for a connection agreement from a source, with the connection agreement defining data objects to be shared in transactions between the source and a target; receiving an acceptance of the offered connection agreement from the target; facilitating a connection between the source and the target based on the accepted connection agreement; and connecting a channel endpoint for the source and a channel endpoint for the target to facilitate a transaction. The secure referral transfer may be implemented without a direct integration of the infrastructure of the source and the target.

Abstract: A secure network navigation system includes a secure network portal and a site-to-site authenticator. The secure network portal includes a network authenticator to authenticate a user's browser connection to access content at a first site on the secure network. The site-to-site authenticator creates an object that authenticates the user's browser connection, creates a transfer URL by which the user is to access content on a second site of the plural network sites on the secure network. The transfer URL includes values exported from the created object and a unique transfer token. The site-to-site authenticator then transfers the user's browser connection to an address corresponding to the transfer URL. The secure navigation from the first site to the other site on the secure network is transparent to the user.

Abstract: A secure network navigation system includes a secure network portal and a site-to-site authenticator. The secure network portal includes a network authenticator to authenticate a user's browser connection to access content at a first site on the secure network. The site-to-site authenticator creates an object that authenticates the user's browser connection, creates a transfer URL by which the user is to access content on a second site of the plural network sites on the secure network. The transfer URL includes values exported from the created object and a unique transfer token. The site-to-site authenticator then transfers the user's browser connection to an address corresponding to the transfer URL. The secure navigation from the first site to the other site on the secure network is transparent to the user.

Abstract: A secure network navigation system includes a secure network portal and a site-to-site authenticator. The secure network portal includes a network authenticator to authenticate a user's browser connection to access content at a first site on the secure network. The site-to-site authenticator creates an object that authenticates the user's browser connection, creates a transfer URL by which the user is to access content on a second site of the plural network sites on the secure network. The transfer URL includes values exported from the created object and a unique transfer token. The site-to-site authenticator then transfers the user's browser connection to an address corresponding to the transfer URL. The secure navigation from the first site to the other site on the secure network is transparent to the user.

Abstract: A secure referral transfer includes receiving an offer for a connection agreement from a source, with the connection agreement defining data objects to be shared in transactions between the source and a target; receiving an acceptance of the offered connection agreement from the target; facilitating a connection between the source and the target based on the accepted connection agreement; and connecting a channel endpoint for the source and a channel endpoint for the target to facilitate a transaction. The secure referral transfer may be implemented without a direct integration of the infrastructure of the source and the target.

Abstract: The present invention discloses a novel non-invasive, bedside system and method to monitor parameters associated lung changes. A novel approach for monitoring the operation of the respiratory system of a subject is provided. There is also provided a method for objectively evaluating the benefit of one mode of ventilation over another, and for assessing the differences in regional lung vibration during different modes of mechanical ventilation. The method comprises recording one or more signals from the subject, the signal varying in time according to operation of the respiratory system; and; processing the recorded signals to obtain a predetermined functional thereof presenting one or more time-varying energy functions of the subject, an abnormality in the one or more energy functions being indicative of a suspected abnormality in the operation of the respiratory system.