Personal networks : wireless networking for personal devices
Jacobsson, Martin, 1976 · Hoboken, NJ : John Wiley, 2010
- Publisher
- Hoboken, NJ : John Wiley, 2010
- Physical description
- 208 pages
- ISBN
- 047068173X (cloth);9780470681732 (cloth)
- Dewey classification
- 621.384
- Language
- English
Summary
This book focuses on networking and security aspects of Personal Networks (PNs). Given a single user, the authors propose an architecture for PNs in which devices are divided into one of two types of nodes: personal nodes and foreign nodes. Furthermore, the authors demonstrate the ways in which PNs can be formed in a self-organized and secure way, how they can be interconnected using infrastructure networks, how multiple PNs can be connected, and how their services and resources can be shared. In addition, the book shows how security and ease-of-use can be achieved through automatic configuration and how mobility can be supported through adaptability and self-organization. The motivations for the PN concept, the PN architecture, its functionalities and features, as well as future challenges are covered in depth. Finally, the authors consider the potential applications for PNs and briefly discuss additional support systems for PN applications. The latter includes service discovery and context information management among others
This book will serve as an invaluable reference for researchers, developers, and standardization experts in mobile and wireless communication systems and services. It will also be of interest to postgraduate students in the field of telecommunications. --Book Jacket
Digital copy
Catalogue record
| Field | Value |
|---|---|
| 001Control number | 26001 |
| 003Control number identifier | NhCcYBP |
| 005Date and time of latest transaction | 17 Dec 2013, 14:31 |
| 008Fixed-length data elements | 100302s2010 njua b 001 0 eng |
| 010Library of Congress control number | 2010005593 |
| 020International Standard Book Number (ISBN) |
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| 040Cataloging source |
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| 041Language code | eng |
| 050Library of Congress call number | TK5103.2 .J34 2010 |
| 082Dewey Decimal call number | 621.384 22 |
| 100Main entry – personal name | Jacobsson, Martin, 1976- |
| 245Title statement | Personal networks : wireless networking for personal devices / Martin Jacobsson, Ignas Niemegeers, Sonia Heemstra de Groot. |
| 260Publication, distribution, etc. (imprint) | Hoboken, NJ : John Wiley, 2010 |
| 300Physical description | xx, 208 p. : ill. ; 26 cm. |
| 504Bibliography, etc. note | Includes bibliographical references and index. |
| 520Summary, etc. |
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| 650Subject added entry – topical term |
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| 700Added entry – personal name |
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| 999Collection | Downloads |
=001 26001=003 NhCcYBP=005 20131217143128.7=008 100302s2010 njua b 001 0 eng=010 \\$a2010005593=020 \\$a047068173X (cloth)=020 \\$a9780470681732 (cloth)=040 \\$aDLC $cDLC $dYDXCP $dNhCcYBP=040 \\$aDLC $cDLC $dYDXCP $dNhCcYBP $dNhCcYME=041 ##$aeng=050 00$aTK5103.2 $b.J34 2010=082 00$a621.384 $222=092 \\$a621.384 $bJ178 p46=100 1\$aJacobsson, Martin, $d1976-=245 10$aPersonal networks : $bwireless networking for personal devices / $cMartin Jacobsson, Ignas Niemegeers, Sonia Heemstra de Groot.=260 \\$aHoboken, NJ : $bJohn Wiley, $c2010=300 \\$axx, 208 p. : $bill. ; $c26 cm.=504 \\$aIncludes bibliographical references and index.=520 \\$aThis book focuses on networking and security aspects of Personal Networks (PNs). Given a single user, the authors propose an architecture for PNs in which devices are divided into one of two types of nodes: personal nodes and foreign nodes. Furthermore, the authors demonstrate the ways in which PNs can be formed in a self-organized and secure way, how they can be interconnected using infrastructure networks, how multiple PNs can be connected, and how their services and resources can be shared. In addition, the book shows how security and ease-of-use can be achieved through automatic configuration and how mobility can be supported through adaptability and self-organization. The motivations for the PN concept, the PN architecture, its functionalities and features, as well as future challenges are covered in depth. Finally, the authors consider the potential applications for PNs and briefly discuss additional support systems for PN applications. The latter includes service discovery and context information management among others --=520 \\$aThis book will serve as an invaluable reference for researchers, developers, and standardization experts in mobile and wireless communication systems and services. It will also be of interest to postgraduate students in the field of telecommunications. --Book Jacket.=650 \0$aPersonal communication service systems.=650 \0$aUbiquitous computing.=650 \0$aWireless communication systems.=700 1\$aGroot, Sonia Heemstra de.=700 1\$aNiemegeers, Ignas.=970 01$tForeword $pxi=970 01$tIndex $p205=970 01$tList of Abbreviations $pxvii=970 01$tPreface $pxiii=970 01$tReferences $p191=970 01$tRelated Websites $p201=970 11$l1. $tThe Vision of Personal Networks $p1=970 11$l1.1. $tPast, Present, and Future Telecommunication $p1=970 11$l1.2. $tPersonal Networks $p4=970 11$l1.3. $tSome Typical PN Use-Case Scenarios $p6=970 11$l1.3.1. $tIntroducing Jane $p6=970 11$l1.3.2. $tThe Traveling Saleswoman $p7=970 11$l1.3.3. $tCare for the Elderly $p8=970 11$l1.3.4. $tMore Use-Case Scenarios $p10=970 11$l1.4. $tFederations of Personal Networks $p11=970 11$l1.5. $tEarly Personal Network Implementations $p11=970 11$l1.6. $tExpected Impact $p11=970 11$l1.7. $tSummary $p13=970 11$l10. $tPersonal Network Federations $p141=970 11$l10.1. $tExamples $p142=970 11$l10.2. $tTypes of Federations $p146=970 11$l10.3. $tRequirements $p147=970 11$l10.4. $tArchitecture of a Federation $p148=970 11$l10.5. $tLife Cycle of a Federation $p150=970 11$l10.5.1. $tInitialization $p150=970 11$l10.5.2. $tDiscovery $p151=970 11$l10.5.3. $tParticipation $p151=970 11$l10.5.4. $tOperation $p151=970 11$l10.5.5. $tDissolution $p152=970 11$l10.6. $tFederation Access Control $p152=970 11$l10.6.1. $tFirst-Level Access Control $p152=970 11$l10.6.2. $tSecond-Level Access Control $p152=970 11$l10.7. $tFederation Implementation Approaches $p154=970 11$l10.7.1. $tNetwork Overlay $p154=970 11$l10.7.2. $tService Proxy $p155=970 11$l10.8. $tSecurity $p156=970 11$l10.8.1. $tTrust between the Creator and a New Member $p156=970 11$l10.8.2. $tSecurity Association between the Creator and a New Member $p157=970 11$l10.8.3. $tSecurity Association among Federation Members $p158=970 11$l10.9. $tSummary $p158=970 11$l11. $tPersonal Network Prototypes $p159=970 11$l11.1. $tThe TU Delft Prototype $p160=970 11$l11.1.1. $tHardware Platform $p160=970 11$l11.1.2. $tSoftware Platform $p160=970 11$l11.1.3. $tIntra-Cluster Implementation $p161=970 11$l11.1.4. $tSending and Receiving Intra-Cluster Traffic $p163=970 11$l11.1.5. $tInterface Output Queue $p165=970 11$l11.1.6. $tIntra-Cluster Flooding $p165=970 11$l11.1.7. $tIntra-Cluster Routing $p166=970 11$l11.1.8. $tPN Organization $p166=970 11$l11.1.9. $tLessons Learned $p170=970 11$l11.2. $tThe PNP2008 Prototypes $p171=970 11$l11.2.1. $tEarly PNP2008 Prototypes $p171=970 11$l11.2.2. $tFinal PNP2008 Prototypes $p173=970 11$l11.3. $tThe MAGNET Prototype $p175=970 11$l11.3.1. $tHardware and Software Platform $p176=970 11$l11.3.2. $tPN Networking $p177=970 11$l11.3.3. $tSecurity $p178=970 11$l11.3.4. $tService Discovery $p178=970 11$l11.3.5. $tContext Management $p179=970 11$l11.3.6. $tPN Federations $p180=970 11$l11.3.7. $tApplications $p180=970 11$l11.4. $tSummary $p181=970 11$l12. $tThe Future of Personal Networks $p183=970 11$l12.1. $tAre we there Yet? $p183=970 11$l12.2. $tFuture Directions $p184=970 11$l2. $tPersonal Networks User Requirements $p15=970 11$l2.1. $tUbiquitous Networking $p15=970 11$l2.10. $tOther Requirements $p21=970 11$l2.11. $tJane Revisited $p21=970 11$l2.12. $tSummary $p22=970 11$l2.2. $tHeterogeneous Hardware Constraints $p16=970 11$l2.3. $tQuality of Service and Reliability $p17=970 11$l2.4. $tName, Service, and Content Management $p17=970 11$l2.5. $tContext Awareness $p18=970 11$l2.6. $tBeing Cognitive $p18=970 11$l2.7. $tSecurity and Trust $p19=970 11$l2.8. $tPrivacy $p19=970 11$l2.9. $tUsability $p20=970 11$l3. $tTrends in Personal Networks $p23=970 11$l3.1. $tWireless Communications $p23=970 11$l3.10. $tMore Trends $p33=970 11$l3.11. $tPersonal Networks and Current Trends $p34=970 11$l3.12. $tSummary $p35=970 11$l3.2. $tAd Hoc Networking $p25=970 11$l3.3. $tWWRF Book of Visions $p26=970 11$l3.4. $tUbiquitous and Pervasive Computing and Communication $p28=970 11$l3.5. $tAmbient Networks $p29=970 11$l3.6. $tIST PACWOMAN and SHAMAN $p29=970 11$l3.7. $tPersonal Distributed Environment $p30=970 11$l3.8. $tMyNet $p32=970 11$l3.9. $tP2P Universal Computing Consortium $p32=970 11$l4. $tThe Personal Network Architecture $p37=970 11$l4.1. $tTerminology $p38=970 11$l4.10. $tDiscussion $p52=970 11$l4.10.1. $tWhy a Network Layer Overlay? $p52=970 11$l4.10.2. $tHow Protected is a PN? $p53=970 11$l4.10.3. $tHow Usable is the PN Security? $p54=970 11$l4.10.4. $tDo We Need to Manage Our PNs? $p54=970 11$l4.10.5. $tWhat About the Social Dimension? $p55=970 11$l4.10.6. $tMore Issues? $p56=970 11$l4.11. $tSummary $p56=970 11$l4.2. $tPersonal and Foreign Nodes $p38=970 11$l4.3. $tThe Three Level Architecture View $p38=970 11$l4.3.1. $tConnectivity Abstraction Level $p39=970 11$l4.3.2. $tNetwork Abstraction Level $p40=970 11$l4.3.3. $tApplication and Service Abstraction Level $p43=970 11$l4.3.4. $tInteraction between the Levels $p44=970 11$l4.3.5. $tDistribution of Networking Functionality in PNs $p44=970 11$l4.4. $tPersonalization of Nodes $p45=970 11$l4.5. $tCluster Organization $p46=970 11$l4.6. $tPersonal Network Organization $p48=970 11$l4.7. $tForeign Communication $p49=970 11$l4.8. $tHigher Layer Support Systems $p50=970 11$l4.9. $tFederations of Personal Networks $p51=970 11$l5. $tCluster Formation and Routing $p59=970 11$l5.1. $tWhat is a Cluster? $p59=970 11$l5.2. $tMobile Ad Hoc Network Technologies $p62=970 11$l5.3. $tCluster Formation and Maintenance $p64=970 11$l5.3.1. $tMulti-Hop Clusters $p64=970 11$l5.3.2. $tLink Layer Device Discovery $p65=970 11$l5.3.3. $tDiscovery of Node Arrivals and Departures $p66=970 11$l5.3.4. $tMerging and Splitting of Clusters $p67=970 11$l5.3.5. $tCluster Member List $p67=970 11$l5.4. $tIntra-Cluster Routing $p68=970 11$l5.4.1. $tAd Hoc Routing Protocols $p68=970 11$l5.4.2. $tLink Quality Assessment $p69=970 11$l5.4.3. $tUnicast Routing $p72=970 11$l5.4.4. $tCluster-Wide Broadcasting $p73=970 11$l5.5. $tSummary $p74=970 11$l6. $tInter-Cluster Tunneling and Routing $p75=970 11$l6.1. $tInter-Cluster Tunneling Requirements $p77=970 11$l6.2. $tIP Mobility $p78=970 11$l6.2.1. $tIETF Network Layer-Based Proposals $p78=970 11$l6.2.2. $tOther Network Layer-Based Proposals $p80=970 11$l6.2.3. $tApplication Layer-Based Mobility Proposals $p80=970 11$l6.3. $tPN Addressing $p81=970 11$l6.4. $tInfrastructure Support $p81=970 11$l6.4.1. $tPN Agent $p82=970 11$l6.4.2. $tEdge Routers $p83=970 11$l6.4.3. $tPN Networking without Infrastructure Support $p85=970 11$l6.5. $tInter-Cluster Tunneling $p86=970 11$l6.5.1. $tMobility and Dynamic Tunneling $p86=970 11$l6.5.2. $tAlways-Up and On-Demand Tunneling $p88=970 11$l6.5.3. $tGateway Node Coordination $p89=970 11$l6.5.4. $tNAT Traversal $p90=970 11$l6.5.5. $tTunneling and Signaling Security $p91=970 11$l6.5.6. $tCurrent Tunneling Protocols $p91=970 11$l6.6. $tInter-Cluster Routing $p91=970 11$l6.6.1. $tPN Agent-Based Routing $p92=970 11$l6.6.2. $tTunnel Quality Assessment $p93=970 11$l6.6.3. $tPN-Wide Broadcasting $p94=970 11$l6.7. $tSummary $p95=970 11$l7. $tForeign Communication $p97=970 11$l7.1. $tRequirements for Foreign Communication $p98=970 11$l7.2. $tSetting up Communication with Foreign Nodes $p99=970 11$l7.2.1. $tForeign Node Discovery $p100=970 11$l7.2.2. $tAccepting Connections from Foreign Nodes $p101=970 11$l7.3. $tBridging Inside and Outside Protocols $p101=970 11$l7.3.1. $tAt the Network Abstraction Level $p102=970 11$l7.3.2. $tAt the Service Abstraction Level $p103=970 11$l7.3.3. $tNetwork versus Service Abstraction Level Approach $p105=970 11$l7.4. $tMobility and Gateway Node Handover $p106=970 11$l7.4.1. $tAlways Using the PN Agent $p106=970 11$l7.4.2. $tUsing the Optimal Gateway Node $p107=970 11$l7.4.3. $tUsing Service Proxies $p109=970 11$l7.5. $tSummary $p110=970 11$l8. $tPersonal Network Application Support Systems $p111=970 11$l8.1. $tRequired PN Application Support $p111=970 11$l8.1.1. $tNaming $p113=970 11$l8.1.2. $tUbiquitous Access to Services $p113=970 11$l8.1.3. $tPooling of Resources $p114=970 11$l8.1.4. $tGathering and Exploiting Context $p114=970 11$l8.1.5. $tAbility to Optimize and Make Tradeoffs $p115=970 11$l8.2. $tDesign of a PN Application Support System $p116=970 11$l8.2.1. $tAbstraction for the Application Programmer $p116=970 11$l8.2.10. $tStatic Management of PNs $p122=970 11$l8.2.2. $tMechanisms for Supporting the Applications $p117=970 11$l8.2.3. $tNaming $p118=970 11$l8.2.4. $tService Discovery and Management $p118=970 11$l8.2.5. $tContent Discovery and Management $p119=970 11$l8.2.6. $tContext Management $p120=970 11$l8.2.7. $tMapping of Resources $p120=970 11$l8.2.8. $tUser Agent, Authentication, and Access Control $p122=970 11$l8.2.9. $tPN Federation Management $p122=970 11$l8.3. $tService Discovery and Management Implementation $p123=970 11$l8.3.1. $tService Tiers $p123=970 11$l8.3.2. $tService Discovery Architecture $p125=970 11$l8.3.3. $tService Session Management $p127=970 11$l8.4. $tAn Implementation of Context Management $p127=970 11$l8.5. $tSummary $p128=970 11$l9. $tPersonal Network Security $p129=970 11$l9.1. $tDevice Personalization $p129=970 11$l9.1.1. $tImprinting $p130=970 11$l9.1.2. $tImprinting Using Location Limited Channels $p131=970 11$l9.1.3. $tCertified PN Formation Protocol $p132=970 11$l9.1.4. $tEviction of Personal Nodes $p133=970 11$l9.2. $tEstablishment of Secure Communication $p134=970 11$l9.2.1. $tSecure Unicast Communication $p134=970 11$l9.2.2. $tPN Awareness at the Connectivity Level $p135=970 11$l9.2.3. $tSecure Broadcast Communication $p136=970 11$l9.2.4. $tSecure Inter-Cluster Communication $p137=970 11$l9.3. $tSecure Foreign Communication $p137=970 11$l9.4. $tAnonymity $p138=970 11$l9.4.1. $tAnonymity in PNs $p138=970 11$l9.4.2. $tAnonymity in Foreign Communication $p139=970 11$l9.5. $tSummary $p140=970 11$lA.1. $tConnectivity Abstraction Level $p187=970 11$lA.2. $tNetwork Abstraction Level $p187=970 11$lA.3. $tApplication and Service Abstraction Level $p188=970 11$lA.4. $tPersonal Network Federations $p189=970 11$lAppendix A $tTerminology $p187=LDR 14096pam a2202905 a 4500

