Patenting the Processes for Content-Based Retrieval in Digital Libraries. - Hideyasu Sasaki; Yasushi Kiyoki (ICADL, 2002)

A Proposal for Digital Library Protection. - Hideyasu Sasaki; Yasushi Kiyoki (JCDL, 2003)

Copyrighting Digital Libraries from Database Designer Perspective. - Hideyasu Sasaki; Yasushi Kiyoki (ICADL, 2004)

A Prototype Implementation of Metadata Generation for Image Retrieval. - Hideyasu Sasaki; Yasushi Kiyoki (SAINT Workshops, 2004)

Theory and Implementation on Automatic Adaptive Metadata Generation for Image Retrieval. - Hideyasu Sasaki; Yasushi Kiyoki (EJC, 2005)

Automatic Adaptive Metadata Generation for Image Retrieval. - Hideyasu Sasaki; Yasushi Kiyoki (SAINT Workshops, 2005)

A formulation for patenting content-based retrieval processes in digital libraries. - Hideyasu Sasaki; Yasushi Kiyoki (Inf. Process. Manag., 2005)

Frameworks for Intellectual Property Protection on Multimedia Database Systems. - Hideyasu Sasaki; Yasushi Kiyoki (EJC, 2007)

Copyright, Patent and Trade Secret on Digital Libraries: Current Issues and Future Trends. - Hideyasu Sasaki (ICADL, 2007)

Flow Diagram Based Formulation for Protecting Patent and Trade Secret in Information Systems. - Hideyasu Sasaki (ICIW, 2008)

Strategic decision making on group collaboration under temporary constraints. - Hideyasu Sasaki (CSTST, 2008)

Collaborative and Transparent Decision Making under Temporary Constraint. - Hideyasu Sasaki (ICIW, 2009)

Damageless Digital Watermarking by Machine Learning: A Method of Key Generation for Information Extraction Using Artificial Neural Networks. - Kensuke Naoe; Hideyasu Sasaki; Yoshiyasu Takefuji (SoCPaR, 2009)

Patent and Trade Secret in Digital Libraries. - Hideyasu Sasaki (Handbook of Research on Digital Libraries, 2009)

A Study on Strategic Points for Decision Making Under Time Constraint. - Hideyasu Sasaki (3PGCIC, 2010)

Decision making under time constraint: From heuristics to strategy. - Hideyasu Sasaki (SMC, 2010)

Decision making under asynchronous time constraint among bilateral decision makers. - Hideyasu Sasaki (SoCPaR, 2010)

Strategic Points to Minimize Time Cost for Decision Making under Asynchronous Time Constraints. - Hideyasu Sasaki (WISE Workshops, 2010)

Secure Key Generation for Static Visual Watermarking by Machine Learning in Intelligent Systems and Services. - Kensuke Naoe; Hideyasu Sasaki; Yoshiyasu Takefuji (Int. J. Syst. Serv. Oriented Eng., 2010)

A non-heuristic model of decision-making based on human perception under time constraints. - Hideyasu Sasaki (SMC, 2011)

Including collective intelligence in human-machine interactive decision-making under time constraints. - Hideyasu Sasaki (SMC, 2011)

Information Hiding by Machine Learning: A Method of Key Generation for Information Extracting Using Neural Network. - Kensuke Naoe; Hideyasu Sasaki; Yoshiyasu Takefuji (Int. J. Organ. Collect. Intell., 2011)

A computing theory for collaborative and transparent decision making under time constraint. - Hideyasu Sasaki (Inf. Syst. Frontiers, 2011)

Decision Making under Synchronous Time Stress among Bilateral Decision Makers. - Hideyasu Sasaki (Next Generation Data Technologies for Collective Computational Intelligence, 2011)

Trail traffic flow prediction by contact frequency among individual ants. - Hideyasu Sasaki; Ho-fung Leung (Swarm Intell., 2013)

A smartphone app provides preventive care for the elderly with dementia. - Hideyasu Sasaki (ICDE Workshops, 2016)

Modeling time-sensitive swarm dynamics. - Hideyasu Sasaki (SSCI, 2017)

A PSO-Based Algorithm Describes Ant Nest Move. - Hideyasu Sasaki (SMC, 2018)

Particle Swarm optimization Describes Ant Nest Move at Low Participation Rate. - Hideyasu Sasaki (SSCI, 2018)

Modeling Ant Nest Relocation at Low Active Ratio by Particle Swarm Optimization. - Hideyasu Sasaki (CEC, 2019)

Modeling Fast and Robust Ant Nest Relocation using Particle Swarm Optimization. - Hideyasu Sasaki (ALIFE, 2019)

Emulating Heterogeneity of Individuals and Visualizing Its Influence on Ant Swarm Migration. - Hideyasu Sasaki (Appl. Artif. Intell., 2022)