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Department of Computer Science, Tokyo Institute of Technology | 論文
- Canonical Dependency Analysis based on Squared-loss Mutual Information
- Numerically Stable Algorithms for Adaptive Generalized Minor Subspace Extraction
- Analytic Optimization of Shrinkage Parameters Based on Regularized Subspace Information Criterion(Neural Networks and Bioengineering)
- Autonomous Decentralized Community Wireless Sensor Network Architecture to Achieve Timely Connection for Online Expansion
- Autonomous Coordination Technology through Community Organization for Resource Utilization
- Autonomous Community Construction and Reconstruction Technology for Emergency Management
- Autonomous Node Allocation Technology for Assuring Heterogeneous Streaming Service under the Dynamic Environment
- A Compound Parallel Btree for High Scalability and Availability on Chained Declustering Parallel Systems
- Integration of Morphological and Syntactic Analysis based on LR Parsing Algorithm
- Word sequences for second language acquisition: technical report (思考と言語)
- Precise Formulation and Applicability of a Software Reliability Growth Model Based on Hyper-Geometric Distribution
- Constructing Kernel Functions for Binary Regression(Pattern Recognition)
- Phonology and Morphology Modeling in a Very Large Vocabulary Hungarian Dictation System(Speech and Hearing)
- 連続発話認識のための言語モデル
- Dynamic Bayesian Network-Based Acoustic Models Incorporating Speaking Rate Effects(Speech and Hearing)
- Atomic Actions of Transaction Processing and Design Technique in Heterogeneous Autonomous Decentralized Systems (IEICE/IEEE Joint Special Issue on Autonomous Decentralized Systems)
- Active Information Gathering by Making Use of Existing Databases
- Efficient Direct ID / LP Parsing with Generalized Discrimination Networks and Hasse Diagram
- Preprocessing Planning for Data Mining(Artificial Intelligence I)
- Preprocessing Planning for Data Mining(Artificial Intelligence I)(Joint Workshop of Vietnamese Society of AI, SIGKBS-JSAI, ICS-IPSJ, and IEICE-SIGAI on Active Mining)