A Neuro-Inspired Control Architecture to Enhance Robot Self-Preservation and Adaptation in Autonomous Navigation Tasks by Usai, Andrea, Rizzo, Alessandro

Integrated-Kinematic Modeling and Autonomous Navigation Performance Analysis of Four-Wheel Independent Steering Mobile Robot by Kim, Seungmin, Song, Youngeun

The Autonomous Platforms Inertial Dataset by Shurin, Artur, Saraev, Alex, Yona, Mor, Gutnik, Yevgeni, Faber, Sharon, Etzion, Aviad, Klein, Itzik

Distributed Joint Emitter Detection and Tracking With Parallel Consensus on Likelihood and Prediction by Liang, Tao, Zhang, Huaguo, Wei, Ping

A Novel Cooperative Navigation Algorithm Based on Factor Graph and Lie Group for AUVs by Liu, Jiapeng, Bu, Xiaodong, Wu, Chao

Challenges for identifying the neural mechanisms that support spatial navigation: the impact of spatial scale by Wolbers, Thomas, Wiener, Jan M.

The fusion of large scale classified side-scan sonar image mosaics by Reed, S., Ruiz, I.T., Capus, C., Petillot, Y.

Distributed UAV cluster fusion positioning method with heterogeneous navigation information by Shi, Hanzhang, Tang, Chengkai, Zhang, Lingling, Liu, Yangyang, Dan, Zesheng

Parallel distributed robot navigation in the presence of obstacles by Prassler, E., Milios, E.

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The doctrine of plain and spherical trigonometry : with its application and use in the following parts of mathematics; viz. I. Navigation in all its kinds; as Plain Sailing, Mercator's Sailing, Middle Latitude, and Parallel Sailing. II. Astronomy; wherein all the Problems relating to the Doctrine of the Sphere are solved. III. Projection of the Sphere in Plano. IV. Geography. V. Fortification. VI. Mensuration of Heights and Distances, both accessible and inaccessible. Vii. Dialling, Arithmetical by Hawney, William

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The doctrine of plain and spherical trigonometry: with its application and use in the following parts of mathematicks; Viz. I. Navigation in all its Kinds; as Plain Sailing, Mercator's Sailing, Middle Latitude, and Parallel Sailing. II. Astronomy; wherein all the Problems relating to the Doctrine of the Sphere are solved. III. Projection of the Sphere in Plano. IV. Geography. V. Fortification. VI. Mensuration of Heights and Distances, both accessible and inaccessible. Vii. Dialling, Arithmetical by Hawney, William

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Combined Terrain Aided Navigation based on Correlation Method and Parallel Kalman Filters by Jianchun, Xie, Rongchun, Zhao, Yong, Xia

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Prominent Inhibitory Projections Guide Sensorimotor Computation: An Invertebrate Perspective by Hughes, Samantha, Celikel, Tansu

Distributed Guidance for Interception by Using Multiple Rotary-Wing Unmanned Aerial Vehicles by Bing Zhu, Bin Zaini, Abdul Hanif, Lihua Xie

Dynamic navigation-guided robotic placement of zygomatic implants by Al-Jarsha, Mohammed Y., Diao, Yufeng, Zhao, Guodong, Imran, Muhammad A., Ayoub, Ashraf F., Robertson, Douglas P., Naudi, Kurt B.

The Neuroscience of Spatial Navigation and the Relationship to Artificial Intelligence by Bermudez-Contreras, Edgar, Clark, Benjamin J., Wilber, Aaron

A novel satellite-equipped receiver for autonomous monitoring of GNSS navigation signal quality by Yang, Jian, Yang, YiKang, Li, JiSheng, Li, HengNian, Yang, TianShe

Stereotactic navigation versus ultrasound guidance in placing IRE applicators in a liver phantom by Stillström, David, Eigl, Benjamin, Freedman, Jacob

Parallel RepConv network: Efficient vineyard obstacle detection with adaptability to multi-illumination conditions by Cui, Xuezhi, Zhu, Licheng, Zhao, Bo, Wang, Ruixue, Han, Zhenhao, Zhang, Weipeng, Dong, Lizhong

Less femoral lift-off and better femoral alignment in TKA using computer-assisted surgery by Kim, Seong Hwan, Lee, Han-Jun, Jung, Ho-Joong, Lee, Jae Sung, Kim, Ki Seong