Table Of ContentUser-Centric and
Information-Centric
Networking and Services
User-Centric and
Information-Centric
Networking and Services
Access Networks, Storage and
Cloud Perspective
Edited by
M. Bala Krishna
CRC Press
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Library of Congress Cataloging‑in‑Publication Data
Names: Krishna, M. Bala, author.
Title: User-centric and information-centric networking and services : access
networks, storage and cloud perspective / M. Bala Krishna.
Description: Boca Raton : CRC Press, Taylor & Francis Group, 2019. | Includes
bibliographical references.
Identifiers: LCCN 2018046536 | ISBN 9781138633322 (hb ; alk. paper) | ISBN
9781315207650 (ebook)
Subjects: LCSH: Computer networks. | Information networks.
Classification: LCC TK5105.52 .K75 2019 | DDC 004.6--dc23
LC record available at https://lccn.loc.gov/2018046536
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Contents
List of figures vii
List of tabLes xi
Preface xiii
editor xvii
contributors xix
contributors biograPhy xxi
chaPter 1 centric-based networking systems 1
M. BALA KRISHNA
chaPter 2 naming and addressing in
information-centric networking 25
G. AKHIL AND SAMAR SHAILENDRA
chaPter 3 information-centric exchange
mechanisms for iot interoPerabLe
dePLoyment 71
DANIEL CORUJO, CARLOS GUIMARÃES, JOSÉ
QUEVEDO, RUI FERREIRA AND RUI L. AGUIAR
chaPter 4 information-centric networking future
internet Video deLiVery 141
JORDI ORTIZ, PEDRO MARTINEZ-JULIA AND
ANTONIO SKARMETA
v
vi Contents
chaPter 5 storage-centric networking 197
M. BALA KRISHNA AND DANIEL CORUJO
chaPter 6 cLoud-centric networking using
VirtuaLization and resource sharing 229
M. BALA KRISHNA, DANIEL CORUJO, DIOGO
GOMES, JOÃO PAULO BARRACA AND HELDER
MOREIRA
abbreViations 267
index 273
List of Figures
Figure 1.1 Classification of centric-based networking systems 4
Figure 2.1 Traffic flow in legacy networks 30
Figure 2.2 Traffic flow in ICN networks 30
Figure 2.3 A possible hierarchical naming mechanism 51
Figure 2.4 A flat name and its possible correspondent hybrid name 59
Figure 3.1 NPSN signaling for rendezvous-based operation as in [YY] 85
Figure 3.2 NPSN signaling for standalone publish operation 86
Figure 3.3 Solution overview 90
Figure 3.4 Interoperability signaling between IP[HTTP] and NDN 94
Figure 3.5 Interoperability signaling between PURSUIT and NDN 95
Figure 3.6 Evaluation scenario 96
Figure 3.7 Total exchanged information 98
Figure 3.8 Fetching time 98
Figure 3.9 Detailed FIXP delay. (FIXPΔ1: Conversion from IP[HTTP]
Request to NDN Interest; FIXPΔ2: Conversion from NDN Data
to IP[HTTP] Response; FIXPΔ3: Conversion from PURSUIT
Start_Publish to NDN Interest; FIXPΔ4: Conversion from NDN
Data to PURSUIT Publish_Data) 100
vii
viii List of figures
Figure 3.10 Discovery scenario involving multiple services, consumers and
gateways 103
Figure 3.11 Case 1: Communicate with (sub)sets of sensors 104
Figure 3.12 Case 2: Extending discovery to other protocols using gateways 104
Figure 3.13 Case 3: Gateway replication 105
Figure 3.14 Case 4: Discovery consistency across gateways 105
Figure 3.15 Client rediscovers a known service over Bluetooth/Zeroconf
using the EID 115
Figure 3.16 Discovery consistency across a chain of gateways 116
Figure 3.17 Information-centric exchange mechanisms for IoT
interoperable deployment scenario 117
Figure 3.18 PURSUIT-CoAP-NDN: Consumer in PURSUIT requesting
information from sensor in NDN via polling mechanisms 120
Figure 3.19 NDN-CoAP-PURSUIT: Consumer in NDN requesting
information from sensor in PURSUIT via polling mechanisms 121
Figure 3.20 PURSUIT-MQTT-NPSN: Consumer in PURSUIT requesting
information from sensor in NDN via publish/subscribe
mechanisms 121
Figure 3.21 NPSN-MQTT-PURSUIT: Consumer in NDN requesting
information from sensor in PURSUIT via publish/subscribe
mechanisms 122
Figure 3.22 Fetching time for a single request 124
Figure 3.23 Fetching time for a single request (reference values) 125
Figure 4.1 Architecture envisioned 153
Figure 4.2 Overview of the experimentation architecture. It shows how
the CCN network we used in our experiments was built,
including CCN routers and CCN/HTTP Adapter Server and
client instances 158
Figure 4.3 CCN entities and relations 159
Figure 4.4 DASH/CCN network exchange sequence 160
Figure 4.5 Sequence diagram 164
Figure 4.6 Northbound API interactions 165
Figure 4.7 Results of 79 kbps transmission with 48 bytes limited network
packet size 168
List of figures ix
Figure 4.8 Visual result frame 603 with a bit rate of 79 kbps 169
Figure 4.9 Evaluation scenario 172
Figure 4.10 NOCACHE time spent by chunk 173
Figure 4.11 NOCDN time spent by chunk 174
Figure 4.12 CDN time spent by chunk 175
Figure 4.13 Source videos’ bandwidth consumption 176
Figure 4.14 Average, min, and max time per experiment 179
Figure 5.1 Classification of storage-centric systems 200
Figure 5.2 Classification of storage-centric networking 201
Figure 5.3 Architecture of storage and its relevant sub-system model
in SCN 205
Figure 5.4 Power-aware, load management and sensing in storage-centric
systems 208
Figure 6.1 ETSI NFV-MANO overall architecture 235
Figure 6.2 SDN architecture 253
