Doctoral course

• CHEN, Yan
• TANG, Bowen

Master course

• ISHII, Hibiki
• WU, Xinyu

Doctoral course

• 4 students

Master course

• 4 students

FY 2023

• WANG, Chiye ("Performance Engineering on HPC Clusters")
• TANG, Bowen ("Energy-efficient Real-time Pitch Correction System via FPGA")
• Naoya Yokoyama ("Container Auto-scaling System Using Sliding Window Regression with Fuzzy Entropy")

FY 2022

• FAN, Quan ("A Study on Sorting Accelerators for Multi-bit Data")

FY 2021

• YUN, Zexin ("A Study on Real-Time Scheduling of Deep Learning Tasks Based on Imprecise Computation Models")

FY 2020

• Tetsuo Miyauchi (Ph.D., "A Study on Automatic Generation of Embedded Processors and Real-Time OS Adapted to Applications")
• LI, Naqin ("A Study on Multi-Exit Deep Neural Network for Real-time Processing")
• CHEN, Yan ("A Study on Optimization of Residual Binarized Neural Network")
• LI, Guodong ("A Study on Automatic Generation of ECC Designes")

FY 2019

• DOAN, Duy (Ph.D., "Multiprocessor Real-Time Task Scheduling with Local Assignment Algorithm")
• Aye Myat Mon ("Study on Real-Time Extension of RISC-V Processors")

FY 2018

• TSENG Bo Yu ("A Study of Reducing Jitter and Energy Consumption in Hard Real-Time Systems Using Intra-Task DVFS Techniques")
• GUO Jiajun, ("Study on Lightweight Deep Neural Network with Quantization and Ensemble Methods")
• Yutaka Nikaido ("Development of Benchmark suite for Evaluating Embedded OS")

FY 2017

• Hiroyuki Kobayashi ("Study on Hardware Acceleration on Algorithmic Trading")
• KITRUNGROTSAKUL, Yuranan ("Hardware Acceleration of Real-time Image Processing for Vehicle Control")
• Makoto Ito ("A Method of Constructing Light-Weight Circuit for Echo State Networks on Embedded Systems")

FY 2016

• Wakako Suzuki ("Development of A GUI Analysis Tool to Visualize Real-Time Task Scheduling Simulation")
• DOAN, Duy ("Study on Acceleration of Real-Time Task Scheduling")
• HOANG, Tuan Anh ("Development of Lint Tool as WEB Service for Verilog HDL Users")
• Takaharu Suzuki ("Execution Right Delegation Scheduling Algorithm Using Slack")
• LI, Jin ("A Study of Optimization of RTOS for Individual Applications")

FY 2015

• Keiichi Morimoto ("Evaluation and Improvement of Adaptive Real-Time Task Scheduling with Real Applications")
• Hiroki Kuribayashi ("Construction of Programming Environment to Assist in Developing Highly Maintainable Firmware")
• Masaaki Kuwata ("Study on Influence of Instruction Set on Microarchitecture")
• Kazuki Hasegawa ("Scheduling Method with Considering RTOS's Overhead Property")

FY 2014

• Yoshimune Saito ("Dynamic Cache Partitioning Based on Dead Block Prediction")
• Tomohiro Kobayashi ("Study on Way-Specified Cache Reference Techniques by Software Control")
• WU, Qiong ("Empirical Study of Adaptive EDF")
• Tetsuo Miyauchi ("Building a Configurator to Optimize Soft Processors for FPGA")
• LU, Cheng ("Study on Construction of Hardware Design Laboratory Environment")

FY 2013

• XIE, Fengxiang ("A Research on Von Neumann Architecture's Optimal Implementation on FPGA")
• Kyosuke Tamura ("A Study on a Development Environment of General User Interface for Embedded Systems")
• ZHANG, Zhifei ("A Study on Optimal Logic Circuits Combining RTL and Gate-Level Designs")
• LY, Luong Cong ("A Study on a Task Scheduling Method for Real-Time Embedded Systems with Heterogeneous Task Sets")

FY 2012

• Takayuki Hiroyama ("A Research on Practicality of Methods of Placing Cache Blocks")
• Ayumu Wakabayashi ("Study on Scheduling Based on Environmental Adaptation")
• YIN, Aotong ("A Study on Practical Real-Time Task Scheduling")

FY 2011

• Tadashi Matsushita ("Study of Low Power Consumption by Selecting Large-Scale High-Speed Arithmetic Circuit and Small-Scale Low-Speed Arithmetic Circuit")
• LIU, Yuanzhe ("A Study of Tightly-Coupled Memory for Real-Time Processing")

FY 2010

• HUH, Younsuk ("Efficient Block Distribution Method for the Hierarchical Cache Systems")

FY 2009

• Tomoaki Ukezono (Ph.D., "Study on Dynamic Optimization of Executable Codes by Hardware Analysis Systems")
• Motomi Aoki ("Study on Power-Saving JavaVM Using Software Self-Invalidation")
• Yasuhito Ito ("Study on Operating Systems Supporting Energy Reduction in Arithmetic Units")
• Nobuhiro Sato ("Study on Shared-Cache Partitioning Techniques in Multicore Environment")

FY 2008

• Takashi Sasayama ("Study on Binary Executables Construction Methods Based on Static Task Priorities")
• Hiroki Zushi ("Study on Embedded OS Supporting Energy Reduction")
• Yusuke Manabe ("Study on Energy Reduction of Cache Memories by Dynamic Application of Self-Invalidation")
• LE, Kieu Nhu ("Study on Effectiveness of Energy Reduction Techniques for Cache Memories with Data Compression")

FY 2007

• Masato Kawahata ("Research on Energy Reduction in Cache Memory Based on Data Reference Behavior")
• Shunsuke Kawamura ("Research on Compression Hardware for Energy Reduction in Cache Memory")
• Kouhei Hayashi ("Research on Implementation of Embedded Real-Time Database Library")
• Junji Yamano ("Research on Application of Software Self-Invalidation for Energy Reduction in Cache Memory")

FY 2006

• Tomohisa Ishikawa ("A Study of Load Balanced Real-Time Scheduling on Asymmetric Multiprocessor")
• Takahiro Kawahara ("Research on Cache Block Compression Algorithm for Reducing Power Consumption")
• Takenori Fujita ("Research on Low Power Consumption of Cache Memory by Self-Invalidation")
• Akinori Takeuchi ("Study of Multithread Execution System Using Reconfigurable Highly Functional Memory Controller")

FY 2005

• Akira Imai ("Study on DVS Algorithms Utilizing Task Scheduling Information")
• Asahito Shioyasu ("A Study of Replacement Policy Based on Time Information in Cache")
• Aiko Matsuda ("Study on Energy Reduction of Cache Memories with Data Compression")

FY 2004

• Kengo Ueda ("Study on Multithreading Architecture with Processor Context Buffers")
• Nobuyuki Shimada ("Study on Implementation of RTOS Cooperating with Speed-Up Mechanisms of Embedded Processors")
• Ayahiko Takahashi ("Study on Reconfigurable Cache for Real-Time Data Applications")
• Yousuke Nanri ("Study on Performance Improvement Techniques for Generalized Harmonic Analysis on FPGA")
• Mitsuru Morita ("A Study of Reducing Cache Misses Using Time Information")
• Toshiharu Imai ("A Study of Highly Functional Memory Controller with MAC Engines")

FY 2003

• Tadashi Ogino ("A Study of Fast Context Switching Between Register Sets Controlled by RTOS")
• Tetsuya Osaki ("Research on Hardware Scheduler in Real-Time Systems")
• Satoshi Koshimae ("A Study on Cache Mechanisms Supporting Thread-Level Speculation")
• Hisashi Baba ("A Study of Scheduling on Distributed Real-Time Systems")
• Tatsuya Yamamoto ("A Study of Wave-Pipelined Arithmetic Unit Using Redundant Binary Representation")
• Hiroshi Yoshikane ("Research on Java High Speed Techniques by Lightweight Hardware")

FY 2002

• Tomoaki Ukezono ("A Study of TLB Preloading by Using Page Address Prediction")
• Kazumichi Kuritani ("Study on Dynamic Scheduling Using Priorities in Real-Time OS")
• Tomoharu Fukawa ("Study on Highly Functional Memory Architecture for Main Memory Database")
• Toshihide Hagiwara ("A Study of Scalable Directory Scheme for Distributed Shared Memory")
• Khairuddin bin Khalid (Implementation of FIFO Buffer Using Reconfigurable Cache Memory)