Program

Generated: 2018-11-09 21:36:16+09:00

Program on Monday 12 November
9:15–9:25
Opening Address: Masato Wakayama (Executive Vice President, Kyushu University)
9:25–9:30
Opening Remarks: Kenji Kajiwara (Chair of the Organizing Committee)
9:30–10:00
T01 Masatoshi Noumi: Elliptic hypergeometric integrals and associated determinant formulas
10:00–10:30
T02 Tomohiro Sasamoto: Discrete KPZ model and Frobenius determinant
10:30–10:50
Coffee Break
10:50–11:20
T03 Reinout Quispel: Duality for discrete integrable systems
11:20–11:50
T04 Luc Vinet: Difference and q-difference Heun equations
11:50–12:20
T05 Rei Inoue: Cluster realization of Coxeter groups and its application
12:20–14:30
Lunch Break
14:30–15:00
T06 Nalini Joshi: Hidden solutions of discrete systems
15:00–15:30
T07 Yoshitsugu Takei: Stokes phenomena and connection formulas for some discrete Painlevé
equations
15:30–16:00
T08 Yousuke Ohyama: q-Stokes phenomenon on basic hypergeometric series
16:00–16:20
Coffee Break
16:20–16:50
T09 Claire R. Gilson: Quasi-pfaffian identities and noncommutative discrete integrable systems
16:50–17:20
T10 Andrew P. Kels: Hypergeometric integrals, Yang-Baxter equations, and 3D-consistent equations
17:20–17:50
T11 Da-jun Zhang: Rational solutions to quadrilateral equations
17:50–18:20
T12 Jarmo Hietarinta: Integrability of quad equations: CAC vs. BTiProgram on Tuesday 13 November
9:25–9:55
T13 Masataka Kanki: Coprimeness property of the Toda type equations over multi-dimensionallattices
9:55–10:25
T14 Jianzhi Cheng: Degree growth and special solutions of discrete equations
10:25–10:55
T15 Takafumi Mase: Dynamical degrees and singularity patterns
10:55–11:15
Coffee Break
11:15–11:45
T16 Giorgio Gubbiotti: Growth, invariants, Lagrangians and integrability for four-dimensional
recurrence relations
11:45–12:15(1) 0
T17 Anton Shchechkin: Bilinear relations on q-Virasoro conformal blocks and Painlevé A7equation
12:15–12:45
T18 Kanehisa Takasaki: Toda and q-Toda equations for Nekrasov partition functions
12:45–14:30
Lunch Break
14:30–15:00
T19 Pavlo Gavrylenko: Deautonomization of cluster integrable systems
15:00–15:30
T20 Takao Suzuki: Cluster algebra and generalized q-Painlevé VI systems of type A
15:30–16:00
T21 Joe Pallister: Linearisability and integrability of cluster maps from affine Dynkin diagrams
16:00–16:20
Coffee Break
16:20–16:50(1)(1)
T22 Basil Grammaticos: A panoramic view of discrete Painlevé equations: form E8 to A1 andback
16:50–17:20
T23 Anton Dzhamay: Gap probabilities in tiling models and discrete Painlevé equations
17:20–17:30
Short Break
17:30–19:30
Poster Advertisement Sessionii

Program on Wednesday 14 November
9:25–9:55
T24 Xing-Biao Hu: Discrete integrable systems and their links to numerical algorithms and orthogonal polynomials
9:55–10:25
T25 Andrew Hone: Continued fractions and hyperelliptic curves
10:25–10:55
T26 John A. G. Roberts: Birational maps over finite fields and probabilistic models for their dynamics
10:55–11:15
Coffee Break
11:15–11:45
T27 Shaoshi Chen: Local and global aspects of D-finite functions
11:45–12:15
T28 Lucia Di Vizio: Reduced differential systems and calculation of the Lie algebra of the differential Galois group
12:15–12:45
T29 Claude-Michel Viallet: Singularity analysis of maps beyond 2 dimensions
12:45–13:15
T30 Tomoyuki Takenawa: The space of initial conditions for some 4D Painlevé systems
13:15–
Lunch and Excursioniii

Program on Thursday 15 November
9:25–9:55
T31 Wolfgang K. Schief: Integrable discretisation of hodograph-type systems, Abelian integrals
and Whitham equations
9:55–10:25
T32 Boris G. Konopelchenko: Integrable structure in the discrete 4-dimensional Plebanski equation
10:25–10:55
T33 Sanjay Ramassamy: Miquel dynamics on circle patterns
10:55–11:10
Coffee Break
11:10–14:30
Poster Session and Lunch
14:30–15:00
T34 Wayne Rossman: Surface discretization and Lie sphere geometry
15:00–15:30
T35 Shizuo Kaji: A linkage mechanism that follows a discrete sine-Gordon/mKdV equation
15:30–16:00
T36 Elizabeth Mansfield: Difference moving frames and its applications
16:00–16:20
Coffee Break
16:20–16:50
T37 Simon Ruijsenaars: On hyperbolic, trigonometric and rational specialisations of van Diejen’s
relativistic Heun operator: Progress towards their Hilbert space versions and eventual E8 spectral
invariance
16:50–17:20
T38 Satoru Odake: Dual polynomials of the multi-indexed (q-)Racah orthogonal polynomials
17:20–17:50
T39 Kerstin Jordaan: A characterization of Askey-Wilson polynomials
17:50–18:20
T40 Alexei Zhedanov: Askey-Wilson algebra and a generalization of the Heun operators
19:30–
Banquet (With the Style Fukuoka)iv

Program on Friday 16 November
9:30–10:00
T41 Masato Okado: Integrable systems arising from Kirillov-Reshetikhin crystals of quantum
affine algebras
10:00–10:30
T42 Hitoshi Konno: Elliptic stable envelopes and finite-dimensional representation of elliptic
quantum group10:30–10:50
Coffee Break
10:50–11:20
T43 Ayumu Hoshino: Macdonald polynomials of type Cn with one-column diagrams and deformed Catalan numbers
11:20–11:50
T44 Makiko Sasada: Dynamics of the box-ball system with random initial conditions via Pitman’s transformation
11:50–12:20
T45 Rod Halburd: The Carlitz derivative and integrable systems in finite characteristic
12:20–14:20
Lunch Break
14:20–14:50
T46 Decio Levi: Conditional symmetry preserving discretizations: the Boussinesq equation
14:50–15:20
T47 Yasuhiko Yamada: On q-Garnier systems
15:20–15:50
T48 Yuri B. Suris: Billiards in confocal quadrics as a pluri-Lagrangian system
15:50–16:10
Coffee Break
16:10–16:40
T49 Frank Nijhoff: Lagrangian multiforms and a quantum variational principle
16:40–17:10
T50 Maciej Nieszporski: From Yang-Baxter maps and tetrahedron maps to discrete integrable
systems
17:10–17:40
T51 Adam Doliwa: KP maps and context-free languages
17:40–17:50
Closing Remarksv

List of posters
P01 Darlayne Addabbo: Q-systems and generalizations in representation theory
P02 Kanae Akaiwa: An approach to inverse eigenvalue problems from discrete integrable systems
P03 Victor César Costa Alves: On a “quasi” integrable discrete Ibragimov-Shabat equation
P04 Guido Baardink: Mathematical tools for designing periodic lattices with unusual softness
and self-stress
P05 Bjorn Berntson: Integrable delay-differential equations
P06 Mariusz Białecki: Random domino automaton on Bethe lattice
P07 Chuan-Tsung Chan: Graphic enumerations and discrete Painlevé equations via random matrix models
P08 Xiangke Chang: On peakon, Toda lattices and associated orthogonal polynomials
P09 Joseph Cho: Discretization of Ω-surfaces
P10 Akiko Fukuda: Enumeration of fuzzy cellular automata with prescribed fixed point using
Gröbner basis
P11 Ryad Ghanam: Symmetries of the eikonal equation
P12 Sebastián Elías Graiff Zurita: Discrete Euler’s elastica – Characterization and application
P13 Jing Guo: An additive analogue of the Ore–Sato theorem on compatible rational functions
P14 Shin Isojima: Ultradiscretization with parity variables for nonlinear oscillator and its preserved quantity
P15 Masaru Kamata: Nonlinear O(3) sigma model in discrete complex analysis
P16 Shuhei Kamioka: The discrete two-dimensional Toda equation gives nice formulae for reverse plane partitions
P17 Ryo Kamiya: Two dimensional lattice equation as extension of Heideman-Hogan recurrence
P18 Thomas Kecker: Non-standard discretisations of non-autonomous Hamiltonian systems ofPainlevé typeP19 Katsuki Kobayashi: Discrete integrable system associated with Laurent biorthogonal polynomials and its positive solutions
P20 Shi-Hao Li: On B-Toda lattice
P21 Xin Li: Long time asymptotics of Schur and related flows
P22 Kazuki Maeda: Another generalization of the box–ball system with many kinds of balls
P23 Yukitaka Minesaki: Totally conservative integration method for N-body problem and its
equilibrium solutions
P24 Sanefumi Moriyama: Integrability in super Chern–Simons matrix model
P25 Christian Müller: Discretizations of surfaces with constant ratio of principal curvatures
P26 Akane Nakamura: Recovering a linear problem from a nonlinear problem
P27 Yoichi Nakata: Polytope approach for solving ultradiscrete ordinary difference equations
P28 Toshio Nakatsu: Three-partition Hodge integrals
P29 Nobutaka Nakazono: An elliptic Painlevé equation from next-nearest-neighbor translation(1)

on the E8 lattice
P30 Hyeongki Park: Lotka-Volterra flow on discrete centroaffine plane curves
P31 Kanam Park: A certain generalization of q-hypergeometric functions and their related monodromy preserving deformation
P32 H. Wajahat A. Riaz: Multisoliton solutions of integrable discrete and semi-discrete principal
chiral equations
P33 Yang Shi: Certain subgroups of Coxeter groups and symmetry of discrete integrable equations
P34 Genki Shibukawa: The multivariate Meixner polynomials
P35 Nobuhiko Shinzawa: On the positiveness of the soliton solution for the discrete BKP equation
P36 Alexander Stokes: Full-parameter discrete Painlevé systems from non-translational Cremona isometries
P37 Yuko Takae: Kahan–Hirota–Kimura type discrete three wave system and QRT mappingvi

P38 Thamizharasi Tamizhmani: On the canonical forms of QRT mappings and discrete Painlevé
equationsP39 Dinh T. Tran: Hierarchies of q-discrete second, third and fourth Painlevé equations and theirproperties
P40 Karol Trzeszczkowski: Potential Korteweg-de Vries equations on honeycomb lattice
P41 Mats Vermeeren: Continuum limits of integrable lattice equations and their variational structure
P42 Bao Wang: Discrete invariant curve flows, orthogonal polynomials and moving frame
P43 Ralph Willox: Dynamical degrees and singularity patterns (2)P44 Masashi Yasumoto: A geometric solution of the discrete sinh-Gordon equation and discrete
spacelike constant mean curvature surfaces in Minkowski space
P45 Sikarin Yoo-Kong: The variational 1-form structure on phase space
P46 Cheng Zhang: Darboux-Crum transformations and integrable lattice equations
P47 Yingnan Zhang: Integrable discretization of soliton equations based on Bäcklund transformation and its application in numerical simulationsvii

List of participants
Darlayne Ann Addabbo (University of Notre Dame)
Kanae Akaiwa (Kyoto Sangyo University)
Victor César Costa Alves (Instituto de Fisica Teorica - Unesp)
Farrokh Atai (Kobe University)
Guido Christian Baardink (Kyushu University)
Bjorn Berntson (KTH)
Mariusz Jacek Białecki (Institute of Geophysics Polish Academy of Sciences)
Chuan-Tsung Chan (Tunghai University)
Xiangke Chang (Academy of Mathematics and Systems Science, Chinese Academy of Sciences)
Shaoshi Chen (Chinese Academy of Sciences)
Yong Chen (East China Normal University)
Jianzhi Cheng (University College London)
Joseph Cho (Kobe University)
Peter Clarkson (University of Kent)
Lucia Di Vizio (CNRS - UVSQ)
Adam Doliwa (University of Warmia and Mazury)
Anton Dzhamay (University of Northern Colorado)
Akiko Fukuda (Shibaura Institute of Technology)
Shigeru Furuichi (Nihon University)
Pavlo Gavrylenko (Skolkovo Institute of Science and Technology)
Hasi Gegen (Inner Mongolia University)
Ryad Ghanam (Virginia Commonwealth University in Qatar)
Claire R. Gilson (University of Glasgow)
Sebastián Elías Graiff Zurita (Kyushu University)
Basile Grammaticos (University Paris VII-XI)
Giorgio Gubbiotti (The University of Sydney)
Jing Guo (Chinese Academy of Sciences)
Rod Halburd (University College London)
Jarmo Hietarinta (University of Turku)
Andrew Nicholas Withers Hone (University of Kent)
Ayumu Hoshino (Hiroshima Institute of Technology)
Xing-Biao Hu (Academy of Mathematics and Systems Science/Chinese Academy of Sciences)
Akihiro Iida (Kyoto University)
Rei Inoue (Chiba University)
Shin Isojima (Hosei University)
Shinsuke Iwao (Tokai University)
Kerstin Jordaan (University of South Africa)
Nalini Joshi (The University of Sydney)
Shizuo Kaji (Kyushu University)
Kenji Kajiwara (Kyushu University)
Saburo Kakei (Rikkyo University)
Masaru Kamata (National Institute of Technology, Kisarazu College)
Kosei Kameta (IOP Publishing)
Shuhei Kamioka (Kyoto University)
Ryo Kamiya (The University of Tokyo)
Masataka Kanki (Kansai University)
Thomas Kecker (University of Portsmouth)
Andrew Kels (University of Tokyo)
Shinya Kido (Waseda University)
Katsuki Kobayashi (Kyoto University)
Hitoshi Konno (Tokyo University of Marine Science and Technology)
Boris Konopelchenko (University of Salento)
Jyh-Hao Lee (Academia Sinica)viii

Decio Levi (Italian Nuclear Research Institute)
Shi-Hao Li (University of Melbourne)
Xin Li (University of Cenrtal Florida)
Ji Lin (Zhejiang Normal University)
Xiaochuan Liu (Xi’an Jiaotong University)
Kazuki Maeda (Kwansei Gakuin University)
Elizabeth Louise Mansfield (University of Kent)
Kenichi Maruno (Waseda University)
Takafumi Mase (The University of Tokyo)
Nozomu Matsuura (Kurume Institute of Technology)
Hiroshi Miki (Meteorological College)
Yukitaka Minesaki (Tokushima Bunri University)
Reiko Miyaoka (Tohoku University)
Sanefumi Moriyama (Osaka City University)
Christian Müller (TU Wien)
Atsushi Nagai (Tsuda University)
Hidetomo Nagai (Tokai University)
Akane Nakamura (Josai University)
Yoshimasa Nakamura (Kyoto University)
Yoichi Nakata (The University of Tokyo)
Toshio Nakatsu (Setsunan University)
Atsushi Nakayashiki (Tsuda University)
Nobutaka Nakazono (Aoyama Gakuin University)
Kosuke Naokawa (Hiroshima Institute of Technology)
Maciej Nieszporski (Uniwersytet Warszawski)
Frank Willem Nijhoff (Universiy of Leeds)
Seiji Nishioka (Yamagata University)
Matthew Nolan (The University of Sydney)
Masatoshi Noumi (Kobe University)
Satoru Odake (Shinshu University)
Yasuhiro Ohta (Kobe University)
Yousuke Ohyama (Tokushima University)
Masato Okado (Osaka City University)
Naoto Okubo (Aoyama Gakuin University)
Joe Pallister (University of Kent)
Hyeongki Park (Kyushu University)
Kanam Park (Kobe University)
Reinout Quispel (La Trobe University)
Sanjay Ramassamy (École normale supérieure de Lyon)
H. Wajahat A. Riaz (University of the Punjab)
John A. G. Roberts (UNSW Sydney)
Pieter Roffelsen (SISSA)
Wayne Fremont Rossman (Kobe University)
Simon Ruijsenaars (University of Leeds)
Hidetaka Sakai (University of Tokyo)
Makiko Sasada (University of Tokyo)
Tomohiro Sasamoto (Tokyo Institute of Technology)
Junkichi Satsuma (Musashino University)
Wolfgang Karl Schief (The University of New South Wales)
Anton Shchechkin (National Research University Higher School of Economics)
Yang Shi (Flinders University)
Ying Shi (ZheJiang University of Science and Techonolgy)
Genki Shibukawa (Kobe University)
Yoko Shigyo (Tsuda University)
Nobuhiko Shinzawa (Nishinippon Institute of Technology)
Sergey Smirnov (Moscow Sate University)ixAlexander Henry Stokes (University College London)
Yuri B. Suris (Technische Universitaet Berlin)
Takao Suzuki (Kindai University)
Yuko Takae (Kyoto University)
Daisuke Takahashi (Waseda University)
Kanehisa Takasaki (Kindai University)
Takashi Takebe (National Research University Higher School of Economics)
Yoshitsugu Takei (Doshisha University)
Tomoyuki Takenawa (Tokyo University of Marine Science and Technology)
Thamizharasi Tamizhmani (VIT Vellore)
Yuta Tanaka (Waseda University)
Mika Tanda (Kwansei Gakuin University)
Xiaoyan Tang (East China Normal University)
Kouichi Toda (Toyama Prefectural University)
Testuji Tokihiro (The University of Tokyo)
Dinh Thi Tran (University of Sydney)
Karol Trzeszczkowski (Uniwersytet Warszawski)
Satoshi Tsujimoto (Kyoto University)
Hideaki Ujino (National Institute of Technology, Gunma College)Peter van der Kamp (La Trobe University)
Mats Vermeeren (TU Berlin)
Claude Michel Viallet (Centre National de la Recherche Scientifique)
Luc Vinet (Université de Montréal)
Bao Wang (Chinese Academy of Sciences)
Ralph Willox (The University of Tokyo)
Lingling Xue (Ningbo University)
Yasuhiko Yamada (Kobe University)
Hideshi Yamane (Kwansei Gakuin University)
Ruoxia Yao (Shaanxi Normal University)
Masashi Yasumoto (Osaka City University Advanced Mathematical Institute)Sikarin Yoo-Kong (King Mongkut’s University of Technology Thonburi)
Guofu Yu (Shanghai Jiao Tong University)
Cheng Zhang (Shanghai University)
Dajun Zhang (Shanghai University)
Yingnan Zhang (Nanjing Normal University)
Alexei Zhedanov (Renmin University)xCommittee

Organizing Committee
Kenji Kajiwara (Chair, IMI, Kyushu University, Fukuoka)
Saburo Kakei (Rikkyo University, Tokyo)
Kazuki Maeda (Kwansei Gakuin University, Hyogo)
Ken-ichi Maruno (Waseda University, Tokyo)
Nozomu Matsuura (Kurume Institute of Technology, Fukuoka)
Atsushi Nagai (Tsuda University, Tokyo)
Masatoshi Noumi (Kobe University, Kobe)
Daisuke Takahashi (Waseda University, Tokyo)
Tomoyuki Takenawa (Tokyo University of Marine Science and Technology, Tokyo)
Tetsuji Tokihiro (University of Tokyo, Tokyo)
Satoshi Tsujimoto (Kyoto University, Kyoto)
Ralph Willox (University of Tokyo, Tokyo)
Yasuhiko Yamada (Kobe University, Kobe)

International Advisory CommitteeFrank Nijhoff (Chair, Leeds)
Alexander Bobenko (TU Berlin)
Lucia Di Vizio (Univ. de Versailles-St Quentin)
Basil Grammaticos (CNRS, Paris VII)
Rei Inoue (Chiba)
Jarmo Hietarinta (Turku)
Nalini Joshi (Sydney)
Kenji Kajiwara (Kyushu)
Decio Levi (Rome TRE)
Vassilis Papageorgiou (Patras)
Junkichi Satsuma (Musashino University)
Wolfgang Schief (UNSW)
Yuri Suris (TU Berlin)
Claude Viallet (CNRS, Paris VI)
Pavel Winternitz, (CRM, Montreal)
Da-jun Zhang (Shanghai University)

Scientific Committee
Ralph Willox (Chair, Tokyo)
Wolfgang Schief (UNSW)
Lucia Di Vizio (Versailles-St Quentin)
Decio Levi (Rome TRE)
Satoshi Tsujimoto (Kyoto)
Rei Inoue (Chiba)
Takao Suzuki (Kindai University)xiSponsors
SIDE13 is supported by

JSPS KAKENHI Grant Number 15K04862, 16H03941, 18H01127, 18K03435, 26287018,

JST/CREST “Development of Verified Numerical Computations for Mathematical Modeling”,

Fukuoka Convention and Visitors Bureau, andJournal of Physics A: Mathematical and Theoretical.

xii

Supporters

The Japan Society for Industrial and Applied Mathematics

Institute of Mathematics for Industry, Kyushu University

Fukuoka City

xiii

Access and tips
The conference venue is JR Hakata City Conference Rooms (10F of JR Hakata Station Building)Access to Hakata Station
By train:Get off at Hakata station and you are there!

From Fukuoka Airport:
1. From the domestic terminal
a. By subway: Fukuoka Airport is the terminal, and Hakata station is just the second station. Time: approx. 6 minutes, Fare: 260 JPY. English is available at the ticket vending
machine.
b. By Taxi: Time: approx. 10 minutes, Fare: 1,200 JPY - 1,500 JPY. (There are two maingates in Hakata station, Chikushi gate and Hakata gate. Getting off at Chikushi gate ischeaper)
2. From the international terminal
a. By subway: Take the free shuttle bus to the domestic terminal (15 minutes) then takethe subway.
b. By Taxi: Time: 1,200 JPY - 1,500 JPY (to Chikushi gate)c. By bus: available from No.1 bus stop at the entrance of the terminal. 15 minutes, 260
JPY.
How to take a bus in Fukuoka
a. Paying by IC card: If you have an IC prepaid card sold at the airport or the train station (at the
information or the ticket vending machine), then touch the IC card reader on boarding and touchagain when you get off. (There are three kinds of cards sold in Fukuoka, SUGOCA, NIMOCA,
HAYAKAKEN. Any of these will work for any public transportations.)
b. Paying by cash:• When you get on, take a ticket from the small machine beside the door. A number is printed
on the ticket.
• The fare is shown on the signboard according to the number on the ticket. Pay to the driverby cash when you get off.
• The bus has a changing machine beside the driver. You can break the 1,000 JPY note.
Tips• In Japan most of the shops accept the credit cards, but unfortunately at some fundamental situation credit cards are not accepted. For example, subway tickets (important!) andsmall restaurants (for lunch) are such examples. Some taxis do not accept cards, althoughmost of them will accept. When you take a taxi, it is better to confirm the driver as “Card
OK?” Convenience stores, supermarkets etc. will accept the cards. Anyway, we recommend
you to carry some amount of cash with you.
• You can draw cash from your overseas bank/credit card account by the ATMs at the convenience stores, such as Seven Eleven, Family Mart and Lawson. Those stores are located on thefirst floor of Hakata station, and there are many in the city. Unfortunately it seems that only
a limited number of ATMs of local banks (Fukuoka Bank, Nishinippon City Bank) accept
the overseas cards. Those of major banks (Mitsubishi UFJ, Mizuho, Mitsui-Sumitomo etc.)
will accept the overseas cards, but it may be much easier to find the convenience stores thanATMs of those banks.

xivGuide Map around the Conference Room
1F

1: 1F) Many restaurants: Beef tripe hotpot, udon, izakaya etc

4:2F) Many noodle restaurants: Youshould use escalators to get here1:
You can take these EVs to
get the conference roomon the 10th floor

2:

3:

2: There are many
restaurants in“KITTE HAKATA”
3: Many restaurants :Kentuchy fried chicken,
sushi, coffee shop
4: There are also many
restaurants outside ofstation(around Chikushi
gate)

1

9F

THEATER
1~24=: Japanese , Korean, Indian, French foods etc.
(a little bit expensive than restaurants in other pages: 1500~2000 yen)

10F
CONFERENC
E ROOM

1~23=: Japanese , Chinese, Spanish, Thai, Mexican foods etc.
(a little bit expensive than restaurants in other pages: 1500~2000 yen)

xv

2

B1F

1:
1: Curry, pork cutlet, Chinesefood
2: Japanese noodles(soba,udon), grilled food, sea
food, bowl of rice servedwith toppings

2:

3: Japanese noodles(ramen),pasta, pancake, beef tripe
hot pot(“Motsu Nabe”)

3:

3

List of restaurants in JR Hakata City
• AMU 10F (right in front of the venue!): Japanese, Spanish, Italian, Thai, Mexican, ...
• AMU 9F: Japanese, Korean, Indian, French, Italian, ...
• AMU B1F: Cafes and McDonald’s• DEITOS 2F: Noodles (ramen)• DEITOS 1F: Delicatessens, Bars (izakaya)• DEITOS B1F: Japanese, Chinese, ...
In addition, there are many restaurants and delicatessens around JR Hakata City: KITTE Hakata,
JRJP Hakata Building, Hakata Ichibangai, Hakata Hankyu, Ming, ...

xvi