ID HIMALIS HANA * a) System Design and Software Implementation for User-oriented and Network-oriented High-Availability Networking ID/Locator Separati
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1 ID HIMALIS HANA * a) System Design and Software Implementation for User-oriented and Network-oriented High-Availability Networking ID/Locator Separation Architecture HIMALIS and Automatic Locator Allocation Protocol HANA Kenji FUJIKAWA a) and Yusuke FUKUSHIMA HIMALIS HANA HIMALIS HANA HIMALIS HIMALIS HANA HIMALIS HANA ID 1. PC National Institute of Information and Communications Technology, Nukui-Kitamachi, Koganei-shi, Japan a) hudikaha@nict.go.jp * 2% [1] PC LAN LAN 3G IP IP B Vol. J99 B No. 4 pp c
2 2016/4 Vol. J99 B No. 4 (ID) IP ID ID [2], [3] ID HIMALIS (Heterogeneity Inclusion Mobility Adaptation through Locator ID Separation) [4] HIMALIS ID ID IPv4 IPv6 HIMALIS HI- MALIS HIMALIS Network Service Provider (NSP) NSP BGP [5] NSP HANA (Hierarchical/Automatic Number Allocation for locators) [6], [7] /100 [8] HANA HANA NSP HIMALIS HANA HANA HIMALIS/HANA HIMALIS HANA CLI 2. HIMALIS HANA 3. HIMALIS 4. HANA 246
![5. HIMALIS HANA 6. 2. HIMALIS HANA 2. 1 HIMALIS 2. 1. 1 HIMALIS [9], [10] HIMALIS 1 2 IPv4 IPv6 1 IPv4 IPv4 IPv6 HIMALIS 1 HIMALIS Fig. 1 Construction of HIMALIS network. 2 HIMALIS Fig.](/docs-images/97/131188716/images/3-0.jpg "2 HIMALIS protocol stack. (HG) HIMALIS DNR HNR HG 128 ID # host#himalis.")
3 5. HIMALIS HANA HIMALIS HANA 2. 1 HIMALIS HIMALIS [9], [10] HIMALIS 1 2 IPv4 IPv6 1 IPv4 IPv4 IPv6 HIMALIS 1 HIMALIS Fig. 1 Construction of HIMALIS network. 2 HIMALIS Fig. 2 HIMALIS protocol stack. (HG) HIMALIS DNR HNR HG 128 ID # host#himalis.net ID Host Name Registry (HNR) HNR Domain Name Registry (DNR) HNR HNR HIMALIS IP ID (Identity) ID ID ID ID HNR ID HIMALIS HIMALIS HIMALIS ID [3] 247
4 2016/4 Vol. J99 B No. 4 IP IPSec VPN IP IP ID 3 ID ID IP ID IANA (Internet Assigned Numbers Authority) 248 IP 248 HG ID 16 ID ID HIMALIS HIMALIS HANA 2. 2 HANA HANA HANA HANA HANA Prefix, Midfix, Suffix 4 N Prefix n Midfix m n Suffix N m /n, /n-m, and/m-n HANA 5 HANA [7] NSP HANA HANA HANA Midfix Midfix 4 HANA 3 HIMALIS Fig. 3 HIMALIS packet format. 4 Fig. 4 Structure of locator. 248
5 NSP HANA 5 NSP1 NSP2 1/8 2/8 NSP Prefix NSP HANA HANA 4 m Midfix NSP Prefix Midfix Prefix HANA DHCP RRv6 [11] Midfix DHCP Midfix RRv6 Prefix HANA Midfix Prefix 5 HANA HANA NSP1 NSP2 1/8 2/8 1.1/16 2.2/16 Prefix Prefix Midfix 5 HANA 0.0.1/ / / / / /16-24 Prefix (1.1/16, 2.2/16) Midfix (0.0.4/16-24) Suffix( /24-32) Prefix ( , ) HANA HANA 1 HANA HANA S1 Midfixoffer 5 HANA Fig. 5 Abstract of HANA protocol. 6 HANA Fig. 6 HANA protocol sequence. 249
6 2016/4 Vol. J99 B No. 4 1 Midfixoffer Midfixoffer Midfixreq Midfixreq Midfix Midfixreq Midfixoffer HANA 6 R1 Midfixreq Midfixoffer HANA C1 C1 Midfixoffer Midfixreq Midfixreq R1 Midfixreq S1 Midfixreq Midfixack Midfixack Midfixreq HANA HANA HANA HQLIP HANA Hierarchical QoS Link Information Protocol (HQLIP) [12], [13] HQLIP OSPF HANA HANA HQLIP [13] 1 HANA 3. HIMALIS HIMALIS 3. 1 HIMALIS ID HIMALIS HIMALIS Ubuntu LTS 64bit Linux Vanilla ID (himalis.ko) UDP (udpidl.ko) TCP (tcpidl.ko) TCP/IP IPv4 IPv6 TCP UDP ID UDP TCP (HG DNR HNR) tcpidl.ko unload ID ID HIMALIS HIMALIS HG DNR HNR HIMALIS API HIMALIS API 7 OS 250
7 ID ID ID 1 HIMALIS API Table 1 HIMALIS socket API. socket( ), bind( ), connect( ), sendmsg( ), recvmsg( ), getsockname( ), setsockopt( ), getsockopt( ) ioctl( ) idlconn conntohost( ) getaddrinfo( ), getnameinfo( ), inet ntop( ), inet pton( ) 7 HIMALIS Fig. 7 Implementation of HIMALIS. ID ID DNR HNR Domain Name System (DNS) BIND HIMALIS DNR HNR ID HID PK ID HIMALIS API 1 ID sockid idl 8 idlconn conntohost( ) ID ID socket( ) HIMALIS HIMALIS API 8 HIMALIS Fig. 8 Definition of new address family for HI- MALIS. Fig. 9 9 Environment of system evaluation. HIMALIS API 3. 2 HIMALIS HIMALIS 9 IP 2 Linux ID HG IP IP NAT GRE Gigabit Ethernet NAT iptables GRE ip tunnel IPv4 IPv4 IPv6 HG CPU Dual-Core 2.67GHz 2GB Gigabit Ethernet 2 PC Gigabit Ethernet 1 PC 251
8 2016/4 Vol. J99 B No. 4 2 TCP (Mbps) Table 2 Comparison of TCP throuputs (Mbps). 11 MTU Fig. 11 Relationship between MTU size and trouputs. 10 HG (µs) Fig. 10 Packet forwarding delay in HG and router (µs). TCP ID DNR/HNR DNR/HNR Host1 Host2 TCP 2 10 TCP iperf TCP 1420 IP HIMALIS ID GRE ID iperf iperf HIMALIS API TCP ID 40 TCP/IP 2 IP 10 HIMALIS 9 MTU TCP Linux 1 2 Quad-Core CPU 3.1 GHz 8GB Gigabit Ethernet 2 PC Linux Dual-Core CPU 2.66 GHz 4GB Gigabit Ethernet 2 PC MTU TCP IPv4 3 iperf 11 TCP/IP HIMALIS (Actual) TCP/IP HIMALIS iperf TCP HIMALIS (Ideal) TCP/IP HIMALIS 40 ID HIMALIS (Actual) HIMALIS (Ideal) ID HIMALIS TCP/IP [10] 4. HANA HANA 252
9 4. 1 HANA HANA Midfix Prefix HANA HANA HANA HANA HANA HANA Midfixreq HANA HANA Midfixack Midfixreq Midfixack HANA HANA HANA HANA HANA TCP TCP 12 HANA BNF Fig. 12 BNF expression of HANA messages (excerpt). 13 TCP Fig. 13 Text message transmitted in TCP connection. Haskell C 12 HANA BNF BNF C TagNaming unsinged int unit Haskell 12 BNF C HANA TCP HANA HANA S HANA C HANA HANA HANA HANA HANA 253
10 2016/4 Vol. J99 B No Fig. 15 Examples of subnode definition. 14 Fig. 14 Connection of subnodes. R1 C1 R1 HANA HANA C1 14 HANA CLI 15 \ server server-upper1 server-upper2 server-lower server-upper subnodeclass subnodeclass midfixreq eth0 15 midfixreq 13 midfixreq 15 CLI Haskell C subnodeclass midfixoffer 14 HANA HANA CLI HANA BNF CLI 4. 3 HANA HANA HANA 16 (hanad) (hanapeerd) (hanaroute) HANA HANA HANA HANA PC/Linux (Ubuntu LTS) PC/Linux HANA PC HANA HQLIP bit Interface ID IPv6 Prefix 254
11 hanaroute HANA hanad HANA OS 5. HIMALIS HANA 16 PC/Linux HANA Fig. 16 HANA processes on PC/Linux hanad hanad HANA HANA/HQLIP hanad hanad HANA HQLIP hanad telnet hanad Command Line Interface (CLI) CLI hanad TCP hanad CLI hanapeerd hanapeerd IPv6 L2 hanapeerd hanad TCP CLI hanad hanad TCP hanad TCP IPv6 DHCP HANA hanad hanaroute hanaroute hanad CLI hanad hanad HIMALIS HANA 5. 1 HANA JGN-X [14] (Virtual Router, VR) JGN-X VR 10 PC PC (Virtual Machine, VM) 200 HANA 17 PC VM HANA HANA PC VR HANA HANA PC JGN-X HANA HIMALIS HIMALIS/HANA VR JGN-X 10 hanad VR VR PC hanad VR CLI VR OS CLI hanaroute [15] HANA 1 PC 10 VR HANA 1 PC 18 hanad VR VLAN VR CLI
12 2016/4 Vol. J99 B No JGN-X 200 Fig. 17 Network of 200 nodes on JGN-X backbone. 18 Virtual Router (VR) Fig. 18 Construction of Virtual routers (VRs). L2 HANA HANA hanad HANA hanad HANA/HQLIP VR VR HANA/HQLIP HANA JGN-X VR 18 VR HANA 17 VR VM Prefix 5 30 VR Prefix Prefix HTTP VM 200 PC GW1 GW2 VR / /24 VM 17 1 VM VM VR GW1 256
13 VR GW HIMALIS/HANA HANA HIMALIS/HANA HANA HIMALIS 17 HIMALIS/HANA VR VR / /24 HANA DNR1 2 HNR HIMALIS HIMALIS HG1 3 HANA HIMALIS :db8:1::4 IPv4 IPv6 HIMALIS/HANA HANA HIMALIS 5. 2 ID HIMALIS API 1 ID HIMALIS HIMALIS API ID ID Linux 19 HIMALIS Fig. 19 HIMALIS middleware. HIMALIS 19 IP <=> ID ID Web ID [16] 5. 3 HIMALIS ID [17] MS MS MG MS MG Raspberry Pi model B Android OS MS Rasbian MG Android OS HIMALIS (himalis.ko) UDP(udpidl.ko) TCP TCP(tcpidl.ko) MS MG [18] 20 MS MG HIMALIS MS MG ID MS 4 MS 6LoWPAN 257
14 2016/4 Vol. J99 B No Fig. 20 ID Mobile sensor remote control using ID-based communication. MG MG HG MS ID MS 5. 4 HIMALIS HANA HANA L3 HANA L3 [8] PC 8 2Gbps 48 10Gbps HANA 21 L3 HANA hanaroute L3 OS ZebOS/Linux hanad hanapeerd CPU OS HANA/SDN Software Defined Networking (SDN) SDN SDN HANA 21 HANA L3 Fig. 21 Implementation of HANA-supported L3 switch. HANA/SDN [19] HANA/SDN SDN hanad CLI HANA OpenFlow HANA HANA HANA [7] 10,000 HANA HANA StarBED [20] AS 1 AS AS CAIDA [21] CAIDA AS AS HANA HANA hanad 258
15 3 Table 3 1 Hardware specs for standalone environment. CPU Intel Core2 Duo 2.0GHz 4 cores/8 threads KVM KVM 8GB 16GB HDD 150GB 300GB NIC GbE x 1 GbE x PC HIMALIS HIMALIS ID HIMALIS HIMALIS KVM 1 PC [22] PC PC HIMALIS API HIMALIS 3 6. HIMALIS HANA HIMALIS HIMALIS HANA CLI HIMALIS HANA HANA HIMALIS/HANA HIMALIS ID HANA L3 HANA/SDN HIMALIS HANA HIMALIS ID HANA HANA HANA/SDN NSP [1] 25 news/snews/01kiban html, Sept [2] D. Farinacci, V. Fuller, D. Meyer, and D. Lewis, Locator/ID separation protocol (LISP), RFC 6830, January [3] R. Moskowitz, T. Heer, P. Jokela, and T. Henderson, Host identity protocol version 2 (HIPv2), RFC 259
![2016/4 Vol. J99 B No. 4 7401, April 2015. [4] V.P. Kafle and M. Inoue, HIMALIS : Heterogeneity inclusion and mobility adaptation through locator ID separation in new generation network, IEICE Trans.](/docs-images/97/131188716/images/16-0.jpg "Commun., vol.e93-b, no.3, pp.478 489, March 2010. [5] Y. Rekhter, T. Li, and S. Hores, A border gateway protocol 4 (bgp-4), RFC 4271, Jan. 2006. [6] K. Fujikawa, H. Harai, and M.")
![Ohta, The basic procedures of hierarchical automatic locator number allocation protocol HANA, Asia Workshop on Future Internet Technologies (AWFIT2011), pp.124 131, Nov. 2011. [7] K. Fujikawa, H.](/docs-images/97/131188716/images/16-1.jpg "Tazaki, and H.")
16 2016/4 Vol. J99 B No , April [4] V.P. Kafle and M. Inoue, HIMALIS : Heterogeneity inclusion and mobility adaptation through locator ID separation in new generation network, IEICE Trans. Commun., vol.e93-b, no.3, pp , March [5] Y. Rekhter, T. Li, and S. Hores, A border gateway protocol 4 (bgp-4), RFC 4271, Jan [6] K. Fujikawa, H. Harai, and M. Ohta, The basic procedures of hierarchical automatic locator number allocation protocol HANA, Asia Workshop on Future Internet Technologies (AWFIT2011), pp , Nov [7] K. Fujikawa, H. Tazaki, and H. Harai, Inter-AS locator allocation of hierarchical automatic number allocation in a 10,000-AS network, 2012 IEEE/IPSJ 12th International Symposium on Applications and the Internet (SAINT2012), pp.68 73, July [8] HANA L3 NS , Oct [9] V.P. Kafle, R. Li, D. Inoue, and H. Harai, Design and implementation of security for HIMALIS architecture of future networks, IEICE Trans. Inf. & Syst., vol.e96-d, no.2, pp , Feb [10] V.P. Kafle, Y. Fukushima, and H. Harai, ID/Locator split-based distributed mobility management mechanism, Wirel. Pers. Commun., vol.76, no.4, pp , June [11] M. Crawford, Router renumbering for IPv6, RFC 2894, Aug [12] HANA IA2011-7, June [13] K. Fujikawa, M. Ohmori, and H. Harai, Stable renumbering in link-state routing protocol network, IEICE Technical Report, IA , Nov [14] JGN X [15] HANA IA2012-1, June [16] ID IN , Oct [17] M. Srivastava, T. Abdelzaher, and B. Szymanski, Human-centric sensing, Philosophical Transactions of the Royal Society A, no.1958, pp , [18] V.P. Kafle, Y. Fukushima, and H. Harai, Design and implementation of dynamic mobile sensor network platform for ID-based communication, IEEE Commun. Mag. Communications Standards Supplement, no.3, pp.48 57, March [19] HANA SDN NV 15 July [20] T. Miyachi, K. Chinen, and Y. Shinoda, StarBED and SpringOS: large-scale general purpose network testbed and supporting software, Proc. 1st International Conference on Performance Evaluation Methodolgies and Tools, pp.43 58, Oct [21] CAIDA [22] V.P. Kafle, Y. Fukushima, T. Tomuro, H. Abe, and H. Harai, HIMALIS experiment networks for research on ID-based communication in heterogeneous mobile networks, IEICE Society Conference, vol.bs- 6-20, Sept IEEE ACM 260
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