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1. Name and password in the clear. 2. Name, password, and a random number or a time stamp, with integrity verification through a hash function. 3. Name, password, a random number, and a time stamp, with integrity verification using a hash function. Strong authentication requires a certification infrastructure that includes the following entities: 1. Certification authorities to back the users public keys with sealed certificates (i.e., signed with the private key of the certification authority) after verification of the physical identity of the owner of each public key. 2. A database of authentication data (directory) that contains all the data relative to the private encryption keys, such as their value, the duration of validity, and the identity of the owners. Any user should be able to query such a database to obtain the public key of the correspondent or to verify the validity of the certificate that the correspondent would present. 3. A naming or registering authority. This authority can be distinct from the certification authority, and its principal role is to define and assign unique distinguished names to the different participants. The certificate guarantees correspondence between a given public key and the entity whose unique distinguished name is contained in the certificate. This certificate is sealed with the private key of the certification authority. When the certificate owner signs documents with the private signature key, the partners can verify the validity of the signature with the help of the corresponding public key that is contained in the certificate. Similarly, to send a confidential message to a certified entity, it is sufficient to query the directory for the public key of that entity and then use that key to encrypt messages that only the holder of the associated private key would be able to decipher.

One application for P2MP LSPs is to carry Layer 2 traffic such as ATM. For example, some encoders encapsulate digital TV signals into ATM AAL1 frames. With a native ATM network, point-tomultipoint VCs are often used to distribute the traffic to multiple destinations. When using an MPLS network, P2MP LSPs provide the analogous function, allowing the Layer 2 traffic to be distributed to multiple receivers in a bandwidth-efficient manner. An existing implementation achieves this by using a point-tomultipoint version of the Circuit Cross Connect (CCC) [CCC] scheme described in the Layer 2 Transport chapter ( 10). In this scheme, a binding is created, through configuration, between an incoming Layer 2 logical interface (e.g. an ATM VC or an Ethernet VLAN) and a P2MP LSP at the ingress router. Similarly, at the egress routers, a binding is created between the P2MP LSP and the outgoing Layer 2 logical interface. Note that because CCC depends on RSVP signaling, this scheme applies only to P2MP LSPs that are signaled by RSVP. The detail of how the Layer 2 frames are encapsulated for transportation across the MPLS

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Show that < defined in Eq. 8.5.25 is an exact eigenvalue of the matrix [< >] defined by l > Eqs. 8.3.4 and 8.3.5 for three cases. a. All diffusivities equal (regardless of the values of the vt). b. Stefan diffusion (Nn = 0) (regardless of the values of Dtj and vt). c. Equimolar countertransfer (Nt = 0, 4> = 0) (regardless of the values of the >/; and Is <> always an eigenvalue of [O] I 8.25 A matrix [A] that arises in the explicit methods of Section 8.5 has elements defined by )

4.6 ISP COST MODELS At present, the ISP market is characterized by a set of new Internet services and interactions that differ significantly from the traditional telecommunications market. Mainly, this is due to the fact that basic IP access is extended in the case of the Internet with service offerings and content provisioning. Balancing these developments, the cost model for ISPs requires a fundamental reshaping, since traditional ways of modeling costs in a communication network do not hold any more. Therefore, the main focus of an ISP cost model is (1) to identify all relevant parameters, (2) to list their mutual relationships that contribute to the cost for providing network services to a variety of users, and (3) to include

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