Shape retrieval and matching based on line segments. by Chi, Yan Ling.

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From theoretical promise to observational reality : calibration, foreground subtraction, and signal extraction in hydrogen cosmology by Liu, Adrian Chi-Yan

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Mobile application for elderly healthcare management by Lee, Audrey Chi Yan

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A method for 21 cm power spectrum estimation in the presence of foregrounds by Liu, Adrian Chi-Yan, Tegmark, Max Erik

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How well can we measure and understand foregrounds with 21-cm experiments? by Liu, Adrian Chi-Yan, Tegmark, Max Erik

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A fast method for power spectrum and foreground analysis for 21 cm cosmology by Dillon, Joshua Shane, Liu, Adrian Chi-Yan, Tegmark, Max Erik

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Global 21 cm signal experiments: A designer’s guide by Liu, Adrian Chi-Yan, Pritchard, Jonathan R., Tegmark, Max Erik, Loeb, Abraham

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Mapping national information and communication technology (ICT) infrastructure to the requirements of potential digital health interventions in low- and middle-income countries by Salim, Hani, Chi, Yan Hui, Abdulla, Adina, Ahmed, Zakiuddin, Goel, Himanshi, Monsur Habib, G M

An Improved Method for 21cm Foreground Removal by Liu, Adrian Chi-Yan, Tegmark, Max Erik, Bowman, Judd D., Hewitt, Jacqueline N., Zaldarriaga, Matias, 1971-

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Precision calibration of radio interferometers using redundant baselines by Liu, Adrian Chi-Yan, Tegmark, Max Erik, Morrison, Scott D., Lutomirski, Andrew Michael, Zaldarriaga, Matias, 1971-

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Constraining high-redshift X-ray sources with next generation 21-cm power spectrum measurements by Mesinger, Andrei, Pober, Jonathan, Ewall-Wice, Aaron Michael, Hewitt, Jacqueline N, Dillon, Joshua Shane, Liu, Adrian Chi-Yan

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Mapmaking for precision 21 cm cosmology by Liu, Adrian Chi-Yan, Ewall-Wice, Aaron Michael, Hewitt, Jacqueline N., Morales, Miguel F., Parsons, Aaron R., Dillon, Joshua Shane, Tegmark, Max Erik, Neben, Abraham Richard, Zheng, Haoxuan, Ph. D. Massachusetts Institute of Technology

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Multiplexed RNA profiling by regenerative catalysis enables blood-based subtyping of brain tumors by Zhang, Yan, Wong, Chi Yan, Lim, Carine Z. J., Chen, Qingchang, Yu, Zhonglang, Natalia, Auginia, Wang, Zhigang, Pang, Qing You, Lim, See Wee, Loh, Tze Ping, Ang, Beng Ti, Tang, Carol, Shao, Huilin

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WHAT NEXT-GENERATION 21 cm POWER SPECTRUM MEASUREMENTS CAN TEACH US ABOUT THE EPOCH OF REIONIZATION by Pober, Jonathan C., Liu, Adrian Chi-Yan, Aguirre, James E., Bowman, Judd D., Bradley, Richard F., Carilli, Chris L., DeBoer, David R., Jacobs, Daniel C., McQuinn, Matthew, Morales, Miguel F., Parsons, Aaron R., Werthimer, Dan J., Dillon, Joshua Shane, Tegmark, Max Erik, Hewitt, Jacqueline N

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Overcoming real-world obstacles in 21 cm power spectrum estimation: A method demonstration and results from early Murchison Widefield Array data by Liu, Adrian Chi-Yan, Hewitt, Jacqueline N., Morgan, Edward H., Levine, Alan M., Morales, Miguel F., Tingay, Steven J., Bernardi, G., Bowman, Judd D., Briggs, Frank H., Emrich, David, Mitchell, Daniel A., Oberoi, Divya, Prabu, Thiagaraj, Wayth, Randall, Webster, Rachel L., Dillon, Joshua Shane, Williams, Christopher Leigh, Tegmark, Max Erik, Cappallo, Roger J.

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PAPER-64 CONSTRAINTS ON REIONIZATION: THE 21 cm POWER SPECTRUM AT z = 8.4 by Ali, Zaki S., Parsons, Aaron R., Zheng, Haoxuan, Pober, Jonathan C., Liu, Adrian Chi-Yan, Aguirre, James E., Bradley, Richard F., Bernardi, Gianni, Carilli, Chris L., Cheng, Carina, DeBoer, David R., Dexter, Matthew R., Grobbelaar, Jasper, Horrell, Jasper, Jacobs, Daniel C., Klima, Patricia J., MacMahon, David H. E., Maree, Matthys, Moore, David F., Razavi, Nima, Stefan, Irina I., Walbrugh, William P., Walker, Andre

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PAPER-64 CONSTRAINTS ON REIONIZATION. II. THE TEMPERATURE OF THE z = 8.4 INTERGALACTIC MEDIUM by Pober, Jonathan C., Ali, Zaki S., Parsons, Aaron R., McQuinn, Matthew, Aguirre, James E., Bernardi, Gianni, Bradley, Richard F., Carilli, Chris L., Cheng, Carina, DeBoer, David R., Dexter, Matthew R., Furlanetto, Steven R., Grobbelaar, Jasper, Horrell, Jasper, Jacobs, Daniel C., Klima, Patricia J., Kohn, Saul A., Liu, Adrian Chi-Yan, MacMahon, David H. E., Maree, Matthys, Mesinger, Andrei, Moore, David F., Razavi-Ghods, Nima, Stefan, Irina I., Walbrugh, William P., Walker, Andre, Zheng, Haoxuan

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Mapping our universe in 3D with MITEoR by Tegmark, Max Erik, Buza, Victor, Dillon, Joshua Shane, Gharibyan, Hrant, Kunz, Eben A., Liu, Adrian Chi-Yan, Losh, Jonathan L., Lutomirksi, Andy, Morrison, Scott D., Narayanan, Sruthi A., Perko, Ashley, Rosner, Devon, Sanchez, Nevada, Schutz, Katelin, Tribiano, Shana, Valdez, Michael, Zelko, Ioana, Zheng, Kevin, Ewall-Wice, Aaron Michael, Matejek, Michael Scott, Morgan, Edward H., Neben, Abraham Richard, Pan, Qinxuan, Penna, Robert, Su, Meng, Villasenor, Joel, Williams, Christopher Leigh, Yang, Hung-I, Zhu, Yan, Zheng, Haoxuan, Ph. D. Massachusetts Institute of Technology

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MITEoR: a scalable interferometer for precision 21 cm cosmology by Tegmark, Max Erik, Buza, Victor, Dillon, Joshua Shane, Gharibyan, Hrant, Kunz, Eben A., Liu, Adrian Chi-Yan, Losh, Jonathan L., Lutomirski, Andrew Michael, Morrison, Scott D., Narayanan, Siddharth Madhavan, Perko, Ashley, Rosner, Devin, Sanchez, N., Schutz, Katharine, Tribiano, Shana M., Valdez, M., Yang, H., Zelko, Ioana, Zheng, K., Armstrong, R. P., Ewall-Wice, Aaron Michael, Matejek, Michael Scott, Morgan, Edward H., Neben, Abraham Richard, Pan, Qinxuan, Penna, Robert, Su, Meng, Villasenor, Jesus Noel Samonte, Williams, Christopher Leigh, Zhu, Y., Zheng, Haoxuan, Ph. D. Massachusetts Institute of Technology

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