OPTIMIZATION OF INERTIAL NAVIGATION DAMPING SYSTEM BASED ON SENSITIVITY ANALYSIS by WANG Ping, ZHANG GuangPeng, WEI Fei, LV Bing, LIANG ZhiChao

Subjects: “…Inertial navigation system…”
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Self-Compensation for Disturbances in Differential Vibratory Gyroscope for Space Navigation by Valeriy Chikovani, Olha Sushchenko

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Navigating a Climate in Crisis through a Biomimetic Epistemology by Elizabeth McCormick, David Thaddeus

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Vulnerability Evaluation and Improvement Method of Civil Aviation Navigation Network by Tingyu Gong, Songchen Han, Kunshan Yang

“…Due to events such as natural disasters and navigation equipment failures, enormous calamity may be caused by the interruption of the navigation network which is a guarantee for the flight safety of civil aviation aircraft. …”
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Navigating the Physical and Mental Landscape of Cardio, Aerobic, Zumba, and Yoga by Abhijeet Verma, Neelam Balekar, Ayushi Rai

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Integrated Navigation Method of Aerospace Vehicle Based on Rank Statistics by Jun Kang, Zhi Xiong, Rong Wang, Xinrui Zhang

“…So, it is very important to propose an effective method to solve the filter problem of the navigation system in non-Gaussian distribution to improve the accuracy of the navigation system. …”
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Affording a Place: The Role of Persistent Structures in Social Navigation by Jenny Robins

Subjects: “…social navigation…”
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A novel ambiguity resolution model of BeiDou navigation satellite system/inertial navigation system tightly coupled for kinematic-to-kinematic precise relative positioning by Ling Wu, Yongrong Sun, Xiyu Fu, Qinghua Zeng

“…In addition, a hierarchical filtering strategy is developed to eliminate ambiguity parameters in BeiDou navigation satellite system/inertial navigation system tightly coupled integrated system. …”
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Navigating the Digital Landscape: Digital Innovation Readiness in Ethiopia's Financial Sector by Shibiru Ayalew Melesse, Oliver Scholz, Abdi Yuya Ahmad

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Navigating the Challenges of Sustainable Dental Practices: Opportunities for Green Innovation in Dentistry by Wajiha Qamar

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Navigating the depths: A comprehensive narrative review on depression in people with epilepsy by Norah A. Alkhaldi

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Navigating the political minefield: strategies for online participation in a polarized society by Limor Ziv, Gal Yavetz

“…We also found that young adults use social media to cautiously navigate their political and social identities in polarized settings. …”
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Evaluation method of satellite navigation signal-in-space user range error by Ershen WANG, Qing ZHANG, Hong LEI, Tao PANG

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Navigating the integration of ChatGPT in UAE’s government sector: challenges and opportunities by Ghada Nabil Goher

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Research Progress and Prospects of Key Navigation Technologies for Facility Agricultural Robots by HE Yong, HUANG Zhenyu, YANG Ningyuan, LI Xiyao, WANG Yuwei, FENG Xuping

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Grandparents Raising Grandchildren: Navigating the System Part 1 - Community Resources by Maisie Ross, Millie Ferrer, Angela Falcone

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Approche expérimentale de la navigation précolombienne dans les Antilles by Benoît Bérard, Jean-Yves Billard, Thierry L’Etang, Guillaume Lalubie, Costantino Nicolizas, Bruno Ramstein, Emma Slayton

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RESEARCHES ON DESIGNING OF MEMS STRAPDOWN INERTIAL NAVIGATION VIBRATION DAMPING SYSTEM by DUAN ZhenYu, CHU HaiRong, JIA HongGuang, WANG YuTing

“…To efficiently design damping system of MEMS Strapdown Inertial Navigation System（SINS） which performs well on vibration attenuation,a method to design vibration damping system of MEMS SINS according to transfer function and performance demand were present.First the design of supporter and the assign of vibration damping devices were finished.Then through sine scanning vibration experiment,the amplitude-frequency characteristic curves of the each inertial device in MEMS SINS were obtained,and the vibration damping goal for each inertial device in MEMS SINS were got through the study these curves.At last the amplitude-frequency characteristic curves of the accelerator that sensitive the vibration direction were simulated under logarithmic coordinates,and the design were finished according to outputs requirement.Simulation through MATLAB indicate,after vibration attenuate,designed system perform well in meeting the requirements for outputs of MEMS SINS,meanwhile it decreased the output deviations of three MEMS gyroscope.Simulation indicate,for the vibration damping problem of MEMS SINS,well performed vibration attenuation system can be quickly designed under the output requirement for MEMS SINS through this way.…”
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Vascular access on YouTube: Navigating the stream of information for hemodialysis patients by Alp Yildirim, Muhammed Sefa Saglam, Serkan Mola, Ali Baran Budak

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Temporary Navigation through Release Sluice of Feilaixia Project and Safety Measures by 刘平

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