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Akio Nakata
Publication Activity (10 Years)
Years Active: 1993-2018
Publications (10 Years): 1
Top Topics
Real Time Database Systems
Scheduling Algorithm
Resource Constraints
Significantly Reduced
Top Venues
TASE
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Publications
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Yuki Machigashira
,
Akio Nakata
An Improved LLF Scheduling for Reducing Maximum Heap Memory Consumption by Considering Laxity Time.
TASE
(2018)
Tadaaki Tanimoto
,
Seiji Yamaguchi
,
Akio Nakata
,
Teruo Higashino
A real time budgeting method for module-level-pipelined bus based system using bus scenarios.
DAC
(2006)
Akio Nakata
,
Tadaaki Tanimoto
,
Suguru Sasaki
,
Teruo Higashino
A Timed Failure Equivalence Preserving Abstraction for Parametric Time-interval Automata.
Int. J. Found. Comput. Sci.
17 (4) (2006)
Takaaki Umedu
,
Shigeharu Urata
,
Akio Nakata
,
Teruo Higashino
Automatic Decomposition of Java Program for Implementation on Mobile Terminals.
AINA
(2005)
Tadaaki Tanimoto
,
Akio Nakata
,
Hideaki Hashimoto
,
Teruo Higashino
Double Depth First Search Based Parametric Analysis for Parametric Time-Interval Automata.
IEICE Trans. Fundam. Electron. Commun. Comput. Sci.
(11) (2005)
Tadaaki Tanimoto
,
Suguru Sasaki
,
Akio Nakata
,
Teruo Higashino
A Global Timed Bisimulation Preserving Abstraction for Parametric Time-Interval Automata.
ATVA
(2004)
Takanori Mori
,
Akio Nakata
,
Teruo Higashino
A Method for Designing Multimedia Protocols using Both Parametric Model Checking and Functional Testing.
Stud. Inform. Univ.
3 (2) (2004)
Tomoya Kitani
,
Yoshifumi Takamoto
,
Keiichi Yasumoto
,
Akio Nakata
,
Teruo Higashino
A Flexible and High-Reliable HW/SW Co-Design Method for Real-Time Embedded Systems.
RTSS
(2004)
Takanori Mori
,
Hirotaka Otsuka
,
Nobuo Funabiki
,
Akio Nakata
,
Teruo Higashino
A test sequence generation method for communication protocols using the SAT algorithm.
Systems and Computers in Japan
34 (11) (2003)
Tomoya Kitani
,
Yoshifumi Takamoto
,
Isao Naka
,
Keiichi Yasumoto
,
Akio Nakata
,
Teruo Higashino
Design and Implementation of Priority Queuing Mechanism on FPGA Using Concurrent Periodic EFSMs and Parametric Model Checking.
FPL
(2003)
Masayuki Kirimura
,
Yoshifumi Takamoto
,
Takanori Mori
,
Keiichi Yasumoto
,
Akio Nakata
,
Teruo Higashino
Design and Implementation of FPGA Circuits for High Speed Network Monitors.
FPL
(2002)
Keiichi Yasumoto
,
Takaaki Umedu
,
Hirozumi Yamaguchi
,
Akio Nakata
,
Teruo Higashino
Protocol animation based on event-driven visualization scenarios in real-time LOTOS.
Comput. Networks
40 (5) (2002)
Takaaki Umedu
,
Yoshiki Terashima
,
Keiichi Yasumoto
,
Akio Nakata
,
Teruo Higashino
,
Kenichi Taniguchi
A Language for Describing Wireless Mobile Applications with Dynamic Establishment of Multi-way Synchronization Channels.
FME
(2002)
Makoto Yamada
,
Takanori Mori
,
Atsushi Fukada
,
Akio Nakata
,
Teruo Higashino
A Method for Functional Testing of Media Synchronization Protocols.
ICOIN (2)
(2002)
Atsushi Fukada
,
Akio Nakata
,
Junji Kitamichi
,
Teruo Higashino
,
Ana R. Cavalli
A Conformance Testing Method for Communication Protocols Modeled as Concurrent DFSMs.
ICOIN
(2001)
Akio Nakata
,
Teruo Higashino
Deriving Parameter Conditions for Periodic Timed Automata Satisfying Real-Time Temporal Logic Formulas.
FORTE
(2001)
Teruo Higashino
,
Akio Nakata
,
Kenichi Taniguchi
,
Ana R. Cavalli
Generating Test Cases for a Timed I/O Automaton Model.
IWTCS
(1999)
Akio Nakata
,
Teruo Higashino
,
Kenichi Taniguchi
Protocol Synthesis from Context-Free Processes Using Event Structures.
RTCSA
(1998)
Akio Nakata
,
Teruo Higashino
,
Kenichi Taniguchi
Time-Action Alternating Model for Timed LOTOS and its Symbolic Verification of Bisimulation Equivalence.
FORTE
(1996)
Akio Nakata
,
Teruo Higashino
,
Kenichi Taniguchi
Protocol synthesis from timed and structured specifications.
ICNP
(1995)
Teruo Higashino
,
Akio Nakata
,
Tatsuo Itoh
,
Kenichi Taniguchi
Verification of Liveness Property for Communicating FSM's with Conditional Transitions Depending on State Visiting Numbers.
FORTE
(1995)
Akio Nakata
,
Teruo Higashino
,
Kenichi Taniguchi
LOTOS enhancement to specify time constraint among non-adjacent actions using first order logic.
FORTE
(1993)