An SNMP-based CNM Agent for ATM Networks: System Architecture and Implementation. - Takashi Tanaka; Shinji Chida; Yoshitsugu Tsuchiya; Takashi Ikegawa (IS&N, 1998)

Effect of retransmitted packet size preservation property for wireless networks with a reliable communication protocol. - Takashi Ikegawa; Yukio Takahashi (MSWiM, 2005)

The Effect of Retransmitted Packet Size Preservation Property on TCP Goodput over Links with Bernoulli Bit-Errors. - Takashi Ikegawa; Yukio Takahashi (WiOpt, 2005)

Sliding window protocol with selective-repeat ARQ: performance modeling and analysis. - Takashi Ikegawa; Yukio Takahashi (Telecommun. Syst., 2007)

Data-unit-size distribution model when message segmentations occur. - Takashi Ikegawa; Yasuhito Kishi; Yukio Takahashi (Perform. Evaluation, 2012)

Data-Unit-Size Distribution Model with Retransmitted Packet Size Preservation Property and Its Application to Goodput Analysis for Stop-and-Wait Protocol: Case of Independent Packet Losses. - Takashi Ikegawa (CoRR, 2016)

Effect of payload size on mean response time when message segmentations occur using MX/G/1 queueing model. - Takashi Ikegawa (CoRR, 2018)

Effect of payload size on mean response time when message segmentations occur: Case of burst packet arrival. - Takashi Ikegawa (VALUETOOLS, 2019)

Effect of payload size on goodput when message segmentations occur for wireless networks: Case of packet corruptions recovered by stop-and-wait protocol. - Takashi Ikegawa (CoRR, 2019)

Science and technology fields and higher education institutions with mathematically trained contributors: Metadata analysis of IEEE papers. - Takashi Ikegawa (FIE, 2021)

Goodput analysis for lossy low-speed wireless networks during message segmentation. - Takashi Ikegawa (WCNC, 2021)

Micro science and technology fields requiring mathematically trained contributors: Topic modeling using journal paper abstracts. - Takashi Ikegawa (FIE, 2022)

Goodput Analysis for Burst-Noisy Low-Speed Wireless Networks During Message Segmentation. - Takashi Ikegawa (VTC Spring, 2024)

Payload Size to Maximize Goodput for Noisy Low-Speed Wireless Networks During Message Segmentation: Case of Exponential Message Sizes. - Takashi Ikegawa (WCNC, 2025)