List of Research topics 2012 2nd
List of Research topics for 2012 2nd call
No.
Research Area
Title of the research (Website for more information)
as of Sep. 3, 2012
Requirements for
Name of Supervisor applicants: Master/
Ph.D. Student
Numbers of
acceptance
Duration: 26months (60-
Comments
180 days incl.
traveling days)
1. Principles of Informatics Research Division
1 Principles of Informatics Lambda-Calculus and Type Theory
It would be better to know lambda-
Professor
Makoto Tatsuta
Master and
Ph.D. student
1
2-6 months calculus, type theory, or mathematical
logic.
2 Data Structures
Advanced Data Structures
Assoc. Professor
Kunihiro
Sadakane
Ph.D.
student
2
3-6 months
Quantum
information
Quantum information using Bose-Einstein
condensates (
Assist. Professor
Timothy Byrnes
Any
5
2-6 months
Simulation of exciton-polariton condensates for new Assist. Professor
quantum technologies (
Any
5
2-6 months
3
Quantum
4 information
technology
5
Principles of
Informatics
Principles of
6
Informatics
information-using-bose-einstein-condensates/)
polariton-condensates-and-new-quantum-technologies/)
Semantic Web / Linked Data
Social Web / Social Network Analysis
Principles of
Informatics
Semantic Web for Academic Publication, Library and
Museum
Numerical Linear
Algebra
Iterative solution of least squares problems, systems
of linear equations, ill-posed problems.
9 Inverse Problems
Solution of under-determined inverse problems and
its applications. ()
7
8
()
Timothy Byrnes
Basic knowlodge of algorithms and
data structures is required.
Professor
Hideaki Takeda
Master and
Ph. D
students
Professor
Hideaki Takeda
Master and
Ph. D
students
Professor
Hideaki Takeda
Master and
Ph.D.
students
Professor
Ken Hayami
Master /
Ph.D.
1
2-6 months
Basic knowledge of linear algebra
and numerical analysis is required.
Professor
Ken Hayami
Master /
Ph.D.
1
2-6 months
Basic knowledge of linear algebra
and numerical analysis is required.
3-6 months
3
3-6 months
3-6 months
1/14
List of Research topics for 2012 2nd call
No.
10
Research Area
Knowledge
Processing
Knowledge
11
Processing
12
Knowledge
Processing
Artificial Intelligence /
13 Systems Biology /
Systems Resilience
Title of the research (Website for more information)
16
Artificial Intelligence /
Dynamic Modeling
Multi-Agent Systems /
Constraint Satisfaction
17 Intelligent robotics
18 Intelligent robotics
Requirements for
Name of Supervisor applicants: Master/
Ph.D. Student
Data mining methods for large scale data
Machine learning methods for semantic integration
Data integration methods for linked data
Inference and Learning for Systems Biology and
Network Dynamics
Knowledge
Answer Set Programming, Constraint Programming,
Representation /
14
Automated Reasoning / and Satisfiability
Logic Programming
15
as of Sep. 3, 2012
Robustness Analysis of Dynamic Models
DCOP and DisCSP
Behavior Imitation on a Humanoid Robot
Integration of Robot Simulation and Social Agent
Simulation
Numbers of
acceptance
Duration: 26months (60-
Comments
180 days incl.
traveling days)
Assoc. Professor
Ryutaro Ichise
Master and
Ph.D.
students
Assoc. Professor
Ryutaro Ichise
Master and
Ph.D
students
Assoc. Professor
Ryutaro Ichise
Master and
Ph.D
students
3-6 months
Professor
Katsumi Inoue
Master or
Ph.D.
students
Basic knowledge of Artificial
Intelligence, Bioinformatics or Network
3-6 months
Science is required. Contact Prof. Inoue
in advance.
Professor
Katsumi Inoue
Master or
Ph.D.
students
Basic knowledge of Logic and/or
3-6 months Computer Programming is required.
Contact Prof. Inoue in advance.
Professor
Katsumi Inoue
Master or
Ph.D.
students
3-6 months is required. Contact Prof. Inoue in
Professor
Katsumi Inoue
Master
students
3-6 months Intelligence are required. Contact Prof.
Assoc. Professor
Tetsunari
Inamura
Master or
Ph.D.
3-6 months
Requred skill:
writing software in C++
Assoc. Professor
Tetsunari
Inamura
Master or
Ph.D.
3-6 months
Requred skill:
writing software in C++
3-6 months
3
3
3-6 months
Basic knowledge of Artificial Intelligence
advance.
JAVA and basic knowledge of Artificial
Inoue in advance.
2
2/14
List of Research topics for 2012 2nd call
No.
Research Area
Quantum
19 computation and
communication
Quantum
20 computation and
communication
Computational
21
Linguistics
acoustic signal
22
processing
Title of the research (Website for more information)
as of Sep. 3, 2012
Requirements for
Name of Supervisor applicants: Master/
Ph.D. Student
Computer architecture for quantum information
processing
Quantum devices
Professor
Kae Nemoto
Master /
Ph.D Student
Professor
Kae Nemoto
Master /
Ph.D.
Student
Implementing Natural Language Semantics with Assoc. Professor
Makoto
Functional Programming
Kanazawa
Master's or
Ph.D.
student
Source separation and localization based on
asynchrous recordings
Master /
Ph.D Student
Assoc. Professor
Nobutaka Ono
Numbers of
acceptance
Duration: 26months (60180 days incl.
traveling days)
Comments
2-6 months
2
2-6 months
2
This internship involves
implementing in a functional
programming language semantic
rules for some fragments of English
(and possibly other languages) that
have recently been put forward by
various researchers.
3¨C6 months
Candidates should have
rudimentary knowledge of natural
language semantics, as found in,
e.g., Heim and Kratzer's textbook.
Previous experience with at least
one programming language (not
necessarily functional) is required.
Basic knowledge of signal
2-6 months processing and programming skill
on Matlab are required.
2
acoustic signal
23
processing
Spectrogram-based audio coding
Assoc. Professor
Nobutaka Ono
Master /
Ph.D Student
Basic knowledge of signal
2-6 months processing and programming skill
on Matlab are required.
3/14
List of Research topics for 2012 2nd call
No.
Research Area
24 Graph Theory, Logics
Title of the research (Website for more information)
as of Sep. 3, 2012
Requirements for
Name of Supervisor applicants: Master/
Ph.D. Student
Numbers of
acceptance
Duration: 26months (60180 days incl.
traveling days)
Comments
Professor
Ken-ichi
Kawarabayashi
PhD or
Master
student
Professor
Yusheng Ji
Master or
Ph.D.
student
2*
3 or 6
months
Professor
Yusheng Ji
Master or
Ph.D.
student
2*
3 or 6
months
Professor
Yusheng Ji
Master
student or
above
1*
*up
to 4
in 4¨C6 months contact: sigg@nii.ac.jp
total
Professor
Yusheng Ji
Master
student or
above
1*
4¨C6 months contact: sigg@nii.ac.jp
Professor
Yusheng Ji
Master
student or
above
1*
4¨C6 months contact: sigg@nii.ac.jp
Professor
Zhenjiang Hu
Master/Ph.D.
Student
2-6 months
Co-Evolution of Models and Codes using Bidirectional Professor
Transformation ()
Zhenjiang Hu
Master/Ph.D.
Student
2-6 months
Definable Graph Decompositions
1
profound knowledge in finite model
2-6 months theory and graph structure theory
would be desirable.
2. Information Systems Architecture Science Research Division
25 wireless networks
Resource management and QoS control in wireless
networks
26 network architecture New architecture for future networks
27
In-network
processing
Implicit situation awareness of a wireless sensor
network utilising channel quality estimations
()
28
Secure ad-hoc device Fuzzy cryptography for secure ad-hoc pairing of
mobile devices ()
pairing
29
In-network
processing
Outsourcing mathematical operations in distributed
processing to the wireless channel
Functional
Programming
Implementation of a Bidirectional Graph
Transformation Library in Haskell
30
31 Software Engineering
()
()
Basic understanding on
infrastructure-based and/or ad hoc
wireless communication systems is
expected
Understanding on internet
architecture and protocols is
required
4
32 Parallel Programming Systematic Parallel Programming using Hadoop
()
Professor
Zhenjiang Hu
Master/Ph.D.
Student
2-6 months
4/14
List of Research topics for 2012 2nd call
No.
Research Area
Title of the research (Website for more information)
Comments
Assoc. Professor
Hiroshi Hosobe
Master/Ph.D.
students
2
3-6 months
Assist. Professor
Soichiro Hidaka
Master and
Ph.D.
Students
2
2-6 months
Professor
Ichiro Satoh
Master and
PhD.
students
2
2-6 months Java or Scala programming skills
Master and
PhD
students
2
It would be better to have
experiences with existing
distributed data processing
2-6 months
frameworks, e.g., MapReduce and
NoSQL, because the project aims at
extending these frameworks.
Self-adaptive management of wireless sensor network Assis. Professor
applications ()
Kenji Tei
Master or
Ph.D. student
2
2-6 months
Constraint
Programming
Theory and Practice of Constraint Programming
35
Bidirectional
Transformations
Bidirectional Graph Transformations
Wireless sensor
network
180 days incl.
traveling days)
Master/Ph.D.
Student
34
38
Numbers of
acceptance
Professor
Zhenjiang Hu
()
37 Software
Requirements for
Name of Supervisor applicants: Master/
Ph.D. Student
33 Parallel Programming Parallel Tree/Graph Computation with MapReduce
36 Software
as of Sep. 3, 2012
Duration: 26months (60-
Self-organized approaches for distributed systems
Distributed computing for large scale data
Professor
Ichiro Satoh
2-6 months
39 Self-adaptive systems
Model-driven development for self-adaptive
applications ()
Assis. Professor
Kenji Tei
Master or
Ph.D. student
2
2-6 months
40 Computer network
Measurement and analysis of Internet traffic.
Assoc. Professor
Kensuke Fukuda
Ph.D. and
Master
1
5-6 months
Solid programming skills in C, C++,
or java
5/14
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