Automatic implementation of communication protocols. - Tetsuo Ideguchi; Tadanori Mizuno; Hiroshi Matsunaga (Comput. Commun. Rev., 1981)

Multiple paths protocol for a cluster type network. - Hiroshi Mineno; L. Junshu; Ken Ohta; Masahiro Aono; Tetsuo Ideguchi; Tadanori Mizuno (IPCCC, 1999)

Multiple paths protocol for a cluster type network. - Hiroshi Mineno; Susumu Ishihara; Ken Ohta; Masahiro Aono; Tetsuo Ideguchi; Tadanori Mizuno (Int. J. Commun. Syst., 1999)

Proposal of Group Search Protocol Making Secure Communication Groups for Intranet. - Akira Watanabe; Toru Inada; Tetsuo Ideguchi; Iwao Sasase (ICC (2), 2000)

A Dynamic Flexible Grouping over COBRA-based Network and its Application to Mobile Computing. - Takashi Okuda; Seiji Adachi; Tetsuo Ideguchi; Hiroshi Yasukawa; Xuejun Tian (SAC (2), 2000)

A simplified performance evaluation for delay of voice end-user in TDMA integrated voice/data cellular mobile communications systems. - Takashi Okuda; Yohei Ando; Tetsuo Ideguchi; Xuejun Tian (GLOBECOM, 2002)

Proposal of Dynamic Process Resolution Protocol making transparency of physical locations in closed communication group for intranet. - Akira Watanabe; Tetsuo Ideguchi; Iwao Sasase (Syst. Comput. Jpn., 2003)

Access Control Method with Variable Retransmission Probability in Ad-Hoc networks and Its consideration of the Changing Point. - Yosuke Nakamura; Xuejun Tian; Tetsuo Ideguchi; Takashi Okuda (DEXA Workshops, 2004)

Access control method with variable retransmission probability in ad-hoc networks. - Yosuke Nakamura; Xuejun Tian; Tetsuo Ideguchi; Takashi Okuda (ICME, 2004)

Multichannel time-spread scheduling: a new approach to handling heavy traffic loads in ad hoc networks. - Xuejun Tian; Yuguang Fang; Tetsuo Ideguchi (WCNC, 2004)

Improving Reservation Protocol for Ad Hoc Networks Using Two-Division MAC Backoff Algorithm. - Xuejun Tian; Tetsuo Ideguchi; Takashi Okuda (IEICE Trans. Inf. Syst., 2004)

Ad-Hoc Routing Protocol Avoiding Route Breaks Based on AODV. - Masayuki Tauchi; Tetsuo Ideguchi; Takashi Okuda (HICSS, 2005)

A Proposal and Evaluation of Multi-class Optical Path Protection Scheme for Reliable Computing. - Shoichiro Seno; Teruko Fujii; Motofumi Tanabe; Eiichi Horiuchi; Yoshimasa Baba; Tetsuo Ideguchi (HPCC, 2005)

Improving Throughput and Fairness in WLANs through Dynamically Optimizing Backoff. - Xuejun Tian; Xiang Chen 012; Tetsuo Ideguchi; Yuguang Fang (IEICE Trans. Commun., 2005)

Optical Path Protection with Fast Extra Path Preemption. - Shoichiro Seno; Teruko Fujii; Motofumi Tanabe; Eiichi Horiuchi; Yoshimasa Baba; Tetsuo Ideguchi (IEICE Trans. Commun., 2006)

MATS: multichannel time-spread scheduling in mobile ad hoc networks. - Xuejun Tian; Yuguang Fang; Tetsuo Ideguchi (IEEE Trans. Wirel. Commun., 2006)

Improving protocol capacity by scheduling random access on WLANs. - Xuejun Tian; Xiang Chen 012; Tetsuo Ideguchi; Takashi Okuda (Telecommun. Syst., 2008)

A design method of local community network service systems with ad-hoc network technology. - Takashi Okuda; Takahisa Ichikawa; Tetsuo Ideguchi; Xuejun Tian (VTC Fall, 2009)

Queuing theoretic approach to server allocation problem in time-delay cloud computing systems. - Taichi Kusaka; Takashi Okuda; Tetsuo Ideguchi; Xuejun Tian (ITC, 2011)

Performance evaluation of academic-document writing process using software reliability models. - Takashi Doi; Takashi Okuda; Tetsuo Ideguchi; Xuejun Tian (ITHET, 2013)

A novel MAC protocol of wireless LAN with high throughput and fairness. - Xuejun Tian; Takumi Sanada; Takashi Okuda; Tetsuo Ideguchi (LCN, 2013)

A Proposal of Quasi-Distributed WLAN MAC Protocol with High Throughput and Traffic Adaptability. - Xuejun Tian; Dejian Ye; Tetsuo Ideguchi; Takashi Okuda (J. Inf. Process., 2013)

Estimating the Number of Nodes in WLANs to Improve Throughput and QoS. - Takumi Sanada; Xuejun Tian; Takashi Okuda; Tetsuo Ideguchi (IEICE Trans. Inf. Syst., 2016)

Dynamically Estimating the Number of WLAN to Improve the Throughput and Fairness. - Takumi Sanada; Xuejun Tian; Qian Zhao; Takashi Okuda; Tetsuo Ideguchi (J. Inf. Process., 2016)