By Mark Grayson
ISBN-10: 1587142430
ISBN-13: 9781587142437
Kurzbeschreibung
The whole advisor to applied sciences and protocols for providing seamless cellular web studies In construction the MobileInternet, 3 top mobility architects and implementers from Cisco current entire foundational wisdom approximately tomorrow's cellular web. The authors disguise every thing from industry traits and consumer expectancies to the newest technical ways for making the web "mobile by means of design." Writing for senior know-how decision-makers and community layout execs, the authors clarify the quite static nature of the Internet's unique protocols and layout, talk about the idea that of "mobility," and determine evolving mobility necessities. subsequent, they completely clarify every one of cutting-edge so much promising suggestions for construction mobility into the net, from information hyperlink layer to program layer. for every layer, the authors hide mechanisms, protocols, correct wireless and mobile architectures, and key use circumstances. utilizing this book's tips, cellular community executives can outline more desirable innovations, community designers can build more beneficial architectures, and community engineers can execute extra winning migrations. Mark Grayson, Cisco wonderful Consulting Engineer, leads Cisco's cellular structure approach. He has 20+ years of instant adventure starting from army and satellite tv for pc structures to the evolution of conventional mobile architectures and the construction of latest small cellphone recommendations. He has been granted 50+ patents. Kevin Shatzkamer, Cisco exotic structures Architect, is chargeable for long term process and architectural evolution of Cisco cellular instant networks. His event levels from 3G and LTE to defense, video distribution, and QoS. He now works with either content material services and repair companies to reinforce the end-to-end electronic media price chain for mobility. Klaas Wierenga, Senior Consulting Engineer in Cisco's workplace of the CTO, has 15+ years of expertise enforcing various mobility, defense, and id options for agencies, municipalities, hospitals, and universities. He created the global eduroam provider for federated community entry in academia. * knowing key mobility industry tendencies: equipment proliferation, accelerating intake, and radio-specific scalability difficulties * Reviewing the demanding situations that mobility offers to traditional net architectures * realizing nomadicity, together with authentication for clients relocating throughout networks and operators * making a choice on possibilities to handle mobility on the facts hyperlink layer * evaluating and utilizing community layer recommendations to bring seamless mobility and consultation continuity * Integrating mobility performance into the transport/session layer * including mobility performance to the appliance layer--including aid for relocating media classes among units * remodeling net structure to let long term advancements to mobility This publication is a part of the Networking know-how sequence from Cisco Press(R), which deals networking execs beneficial info for developing effective networks, knowing new applied sciences, and construction winning careers.
Über den Autor
Mark Grayson is a amazing consulting engineer at Cisco structures with accountability for major Cisco's cellular structure approach. He has over two decades of expertise within the instant undefined, starting from the advance of army structures, the definition of satellite tv for pc conversation architectures, and the evolution of conventional mobile structures to the production of the most recent small-cell ideas. He holds a first-class honors measure in electronics and communications engineering from the collage of Birmingham (England) including a Ph.D. in radio communications. Mark has been granted over 50 patents within the sector of cellular communications and is the coauthor of IP layout for cellular Networks (Cisco Press). you could touch Mark Grayson at mgrayson@cisco.com. Kevin Shatzkamer is a unique structures architect at Cisco structures with accountability for long term method and architectural evolution of cellular instant networks. He has labored at Cisco and within the cellular instant for over 10 years, targeting a variety of applied sciences that come with 3G and LTE networks, packet gateways, network-based prone and safeguard, video distribution, caliber of carrier, and end-to-end layout conception. Kevin holds 4 issued patents and has sixteen pending patents concerning all components of labor. Kevin holds a Bachelor of Engineering measure from the college of Florida and a grasp of commercial management from Indiana collage. Kevin Shatzkamer is a standard speaker at numerous exchange indicates and boards and has formerly released IP layout for cellular Networks, a Cisco Press e-book that discusses the applied sciences and requisites shaping the way forward for the cellular web, from RAN to companies. Kevin's present zone of concentration is the end-to-end electronic media worth chain for mobility, operating with either content material services and repair companies to create designated cellular media provider choices. you could touch Kevin Shatzkamer at kshatzka@cisco.com. Klaas Wierenga is a senior consulting engineer within the workplace of the CTO at Cisco. His 15-plus years of expertise contain the making plans, research, and layout of various options for organizations, municipalities, hospitals, and universities within the fields of mobility, protection, and identification world wide. Klaas is the unique author of the global eduroam provider for federated community entry in academia and cocreator of the federated identification resolution that kinds the root of the Dutch government's e-Identity portfolio. he's the writer of diverse guides and has provided repeatedly on instant networking, protection, and id issues. Klaas is lively inside of 3GPP, within the staff accountable for the safety structure of destiny cellular networks. He serves as chairman of the Abfab operating staff within the IETF, which offers with federated entry for non-web functions, in addition to of the duty strength on Mobility and community Middleware of TERENA, the ecu organization for examine and schooling Networks. Klaas holds a master's measure in desktop technological know-how from the college of Groningen (The Netherlands). you could touch Klaas Wierenga at klaas@cisco.com.
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A RADIUS hierarchy is set up consisting of a set of institutional (redundant, for failover purposes), national, and continental RADIUS servers. All institutional RADIUS servers connect to the national servers in their country. All national servers connect to the toplevel servers for their continent, and the continental servers (Europe, America, and AsiaPacific) connect to each other. Figure 3-8 shows the RADIUS hierarchy that constitutes eduroam. The top-level servers that are fully meshed know which top-level servers serve what national domains.
Arpa, and the same resolution process (in this case called the reverse lookup) can be followed as in the case of mapping of names to addresses. DHCP You can manually assign an IP address to a host. However, for operational reasons (coordination is needed to make sure that IP addresses are unique) and especially when a host is mobile (and thus will need to get a new IP address all the time), it is easier to dynamically assign an IP address to a host. DHCP is a protocol that can be used by hosts to find out which IP address they have to use on the network to which they are attached (other link-layer-specific approaches exist).
Here EAP provides the necessary abstraction from the actual authentication using AKA. For this purpose, EAP-AKA and its more secure successor EAP-AKA' (EAP-AKA Prime) have been created. The EAP identity contains the IMSI or a pseudonymous identifier that was established in a prior authentication to locate the authentication server for the user. Figure 3-6 shows how AKA authentication can be encapsulated in EAP. Although you can use the IP connectivity of the serving network, the typical use is to tunnel all traffic back to the home network using IPsec.