Split-step Wavelet-Kollokationsmethoden zur Simulation linearer und nichtlinearer optischer Wellenausbreitung. - Tristan Kremp (it Inf. Technol., 2004)

Improving Distributed Sensing with Continuous Gratings in Single and Multi-core Fibers. - Paul S. Westbrook; Tristan Kremp; Kenneth S. Feder; Wing Ko; Eric M. Monberg; Hongchao Wu; Debra A. Simoff; Roy M. Ortiz (OFC, 2018)

First Demonstration of Hollow-Core-Fiber Cable for Low Latency Data Transmission. - Benyuan Zhu; Brian J. Mangan; Tristan Kremp; Gabriel S. Puc; Vitaly Mikhailov; Kyle Dube; Yuriy Dulashko; Merari Cortes; Yue Liang 003; Ken Marceau; B. Violette; D. Cartsounis; et al. (OFC, 2020)

Low latency transmission over 400 m Hollow-Core-Fiber Cable at 100G PAM-4 per wavelength. - Jose M. Castro; Bulent Kose; Rick J. Pimpinella; Paul Huang; Brett Lane; Gabe Puc; Tristan Kremp; Kyle Dube; Mohandtahar Irid; Brian J. Mangan (OFC, 2021)

Enhanced backscatter fibers for sensing in telecom networks. - Paul S. Westbrook; Kenneth S. Feder; Tristan Kremp (OFC, 2022)

Next generation optical fiber sensing technology. - Paul S. Westbrook; Kenneth S. Feder; Tristan Kremp (OECC/PSC, 2022)

Polarity and Twist Rate Detection for Accurate and Reliable Low Loss Multicore Fiber Fusion Splicing. - Tristan Kremp; Yue Liang 003; Alan McCurdy (OFC, 2023)

Fast, Reliable and Portable Low-loss Antiresonant Hollow-core Fiber Fusion Splicing. - Tristan Kremp; Yue Liang 003; Alan McCurdy; Shoichi Yoshinaga; Brian J. Mangan (OFC, 2024)

Maximizing Distributed Fiber Sensor Reach with Engineered Backscatter Profiles. - Tristan Kremp; Zhou Shi; Kenneth S. Feder; Paul S. Westbrook (OFC, 2025)