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Li Cheng, Ding Tianhuai. Effect of damping bound- string waveguide[J]. Shock and Vibration, 2014, 2014(1):
ary conditions on acoustic transmission of drill strings[J]. 1–10.
Journal of Vibration and Shock, 2006, 25(6): 17–20, 175. [31] Tochikawa T, Sakai T, Taniguchi R, et al. Acoustic
[23] 李成, 丁天怀. 不连续边界因素对周期管结构声传输特性的影 telemetry: the new MWD system[C]. 1996 SPE Annual
响 [J]. 振动与冲击, 2006, 25(3): 172–175, 216. Technical Conference and Exhibition, Denver, 1996.
Li Cheng, Ding Tianhuai. Influence of discontinuous [32] Harper G, Almanza E, Foss A, et al. Implementation of
boundaries on acoustic transmission in periodic cascade advanced acoustic telemetry system adds value and effi-
with application to drill pipes[J]. Journal of Vibration and ciency to well testing operations[C]. SPE Asia Pacific Oil
Shock, 2006, 25(3): 172–175, 216. and Gas Conference and Exhibition, Jakarta, 2003.
[24] Gao L, Gardner W R, Robbins C, et al. Limits on [33] Azari M, Salguero A, Almanza E, et al. Data acquisi-
data communication along the drillstring using acous- tion with advanced acoustic telemetry improves opera-
tic waves[J]. SPE Reservoir Evaluation and Engineering, tional efficiency in deep-water and land-well testing case
2008, 11(1): 141–146. histories[C]. SPE Asia Pacific Oil and Gas Conference and
[25] Gutierrez-Estevez M A, Krueger U, Krueger K A, et Exhibition, Adelaide, 2006.
al. Acoustic broadband communications over deep drill [34] Gao L, Finley D, Gardner W, et al. Acoustic teleme-
strings using adaptive OFDM[C]. 2013 IEEE Wireless try can deliver more real-time downhole data in under-
Communication and Networking Conference, 2013. balanced drilling operations[C]. IADC/SPE Drilling Con-
[26] Li C, Chang J F, Fan S C, et al. Analyzing the validity of a ference, Miami, 2006.
DFT-based improved acoustic OFDM transmission along [35] Reeves M E, Camwell P L, Mcrory J. High speed acoustic
rotating simulated drillstring[J]. Mechanical Systems and telemetry network enables real-time along string measure-
Signal Processing, 2016, 81: 447–460. ments, greatly reducing drilling risk[C]. SPE Offshore Eu-
[27] Ma D, Shi Y B, Zhang W, et al. Design of acoustic trans- rope Oil and Gas Conference and Exhibition, Aberdeen,
mission along drill strings for logging while drilling data 2011.
based on adaptive NC-OFDM[J]. International Journal of [36] Reeves M, Smith D, Groves D, et al. Unique acoustic
Electronics and Communications, 2018, 83: 329–338. telemetry network with distributed pressure measurement
[28] Sinanovic S. Limits of acoustic waveguide communica- nodes enables accurate real-time analysis of sweep effec-
tion[D]. Houston: Rice University, 2006. tiveness[C]. SPE Annual Technical Conference and Exhi-
[29] Liu X C, Feng X L. Research on weak signal detection for bition, New Orleans, 2013.
downhole acoustic telemetry system[C]. IEEE 2010 3rd [37] 李志刚, 管志川, 王以法. 随钻声波遥测及其关键问题分析 [J].
International Congress on Image and Signal Processing, 石油矿场机械, 2008, 37(9): 6–9.
Yantai, 2010: 4432–4435. Li Zhigang, Guan Zhichuan, Wang Yifa. Acoustic teleme-
[30] Li C, Chang J F, Liu Z, et al. Characteristics analysis of try while drilling and analysis in its key problems[J]. Oil
joint acoustic echo and noise suppression in periodic drill- Field Equipment, 2008, 37(9): 6–9.
